High‑precision microscopes for metallographic inspection
A metallographic microscope is a specialised optical instrument designed to reveal the microstructure of metals and alloys, enabling precise analysis of grain size and identification of phases such as ferrite, pearlite and martensite while detecting microscopic defects like inclusions, pores and cracks. Used in industrial quality assurance, these microscopes combine a controlled reflected‑light illumination system, high‑quality objectives with critical numerical aperture and a tube and eyepiece for observation to ensure reliable resolution of fine structural details. Integrated digital camera systems and evaluation software allow norm‑compliant measurement, documentation and reproducible assessment, making them indispensable for material characterisation and process validation.
50mm Plan Apochromatic Objective 50x/0.80 NA 10mm Working Distance M26 Thread - Euromex
Take advantage of an infinity-corrected optical design and a plan-apochromatic correction that deliver sharp, flat images at high magnification; the compact 10 mm working distance and M26 mounting make integration straightforward. Order the Euromex objective directly via Metav Werkzeuge or contact our consultants for tailored advice. Euromex Unendlich IOS 45 mm planapochromatisch 50x/0.80 BD Objective (M26 thread) A precision objective lens from Euromex offering 50x magnification with a 0.80 numerical aperture, optimised for high-resolution microscopy and compact inspection setups. Infinity-corrected, 45 mm design Plan-apochromatic correction for flat-field imaging High numerical aperture 0.80 for better light collection M26 mounting with 10 mm working distance Precision optics that improve measurement reliability The infinity-corrected, 45 mm optical concept provides a stable basis for modern imaging chains. With a plan-apochromat design, the lens corrects field curvature and chromatic aberration across the image field, which results in consistently sharp images. The 50x magnification paired with a 0.80 numerical aperture enhances detail and contrast, making the lens suited to demanding inspection and documentation tasks where optical fidelity directly affects measurement reliability. The performance characteristics support high-detail observation without frequent refocusing. Practical compatibility and straightforward integration Mechanical and optical compatibility are central to efficient system design. The M26 thread simplifies mounting into compact microscope stages and many inspection heads; the 10 mm working distance permits close approach to samples while preserving clearance for fixtures or probing equipment. Being infinity-corrected means the lens is compatible with tube lenses and camera adapters designed for infinity systems, enabling flexible integration into both visual and camera-based setups. This combination reduces setup time and improves process throughput in production environments. What the optical figures mean for everyday use A 0.80 numerical aperture increases the lens’s light-gathering capacity and potential resolving power compared with lower-NA objectives; practically, this yields brighter images and improved detail when lighting is constrained. The plan-apochromat correction reduces colour fringing and keeps the image flat across the field, which is particularly beneficial for metrological tasks and high-resolution photography. The designation BD in the type indicates a specific performance variant provided by the manufacturer, while the compact working distance supports inspection of small components where space is limited. Contact Metav Werkzeuge for guidance on integrating this Euromex objective into inspection workflows or to discuss compatible adapters and accessories Technical data Article number: AX.8150 Product: Unendlich IOS 45 mm planapochromatisch 50x/0.80 BD objective Product type: Objective lens Manufacturer: Euromex Specifications Magnification: 50x Numerical aperture: 0.80 Mounting thread: M26 Working distance: 10 mm Optical design: Infinity-corrected, 45 mm Special features Plan-apochromatic correction BD designation as specified in the product label Compact 10 mm working distance M26 mounting for compact integration FAQ What does infinity-corrected mean for optical compatibility? Infinity-corrected systems place the image at infinity before the tube lens; the Euromex AX.8150 is designed for such systems, allowing use with compatible tube lenses and camera adapters. How does a plan-apochromat benefit metrology and imaging? A plan-apochromat objective minimises field curvature and chromatic aberration, so the AX.8150 provides a flat field and reduced colour fringing—advantages for measurement and high-resolution documentation. Is the 0.80 numerical aperture suitable for low-light inspection? Yes; the 0.80 NA increases light collection and image brightness compared with lower-NA objectives, improving contrast and detail in moderate lighting conditions. Will the M26 mounting work with standard microscope adapters? The M26 thread is a compact mechanical standard; compatibility depends on the instrument’s nosepiece or adapter. The mounting allows straightforward integration into many bespoke inspection rigs. What is the practical effect of the 10 mm working distance? A 10 mm working distance permits close inspection of small components while maintaining clearance for probes, fixtures or lighting—useful in assembly and quality-control tasks. Manufacturer / Responsible: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
50mm Plan Infinity-Corrected PLMi S50x/0.70 IOS Objective 2.5mm Working Distance - Euromex
Take advantage of 50× magnification, NA 0.70 and a short 2.5 mm working distance for high-resolution materials inspection; the optics deliver reliable brightfield and darkfield contrast in an infinite-corrected design. Order the component directly via Metav Werkzeuge or consult our specialists for integration advice. Plan PLMi S50×/0.70 — Microscope objective with infinite correction for materials science (Euromex bScope) A Plan PLMi S50×/0.70 microscope objective engineered for materials science inspection, offering brightfield and darkfield capability with no cover-glass correction and a compact 2.5 mm working distance. High 50× magnification Numerical aperture 0.70 for resolution 2.5 mm working distance for tight setups Infinite-corrected optics for modern microscopes Precision imaging for materials science inspection The Plan PLMi S50×/0.70 objective combines a plan optical design with an infinite-corrected tube-length concept to ensure flat field performance across metallographic samples. This results in consistently sharp images across the field, which is essential when documenting microstructures or performing comparative measurements. The combination of 50× magnification and NA 0.70 supports fine feature detection while maintaining contrast for etched surfaces. In practice, this means fewer retakes and more reliable visual evidence in quality-control workflows. What the optical specifications deliver in practice A higher numerical aperture (NA 0.70) increases light-gathering power and lateral resolution, enabling clearer delineation of grain boundaries, inclusions and surface finish details under brightfield conditions. The 2.5 mm working distance is deliberately short to permit compact illumination geometries and efficient darkfield coupling; users benefit from improved contrast when inspecting surface defects. The infinite-corrected design decouples the objective from the tube lens, simplifying system upgrades and ensuring compatibility with a range of modern microscope stands and camera adapters. Integration and system compatibility Designed as a component for microscope systems, the objective is well suited to bScope configurations and other industrial stands that accept infinite optics. The infinite correction allows straightforward integration with tube lenses and camera cassettes while preserving field flatness. The objective is specified for brightfield and darkfield techniques and does not include cover-glass correction, which makes it particularly appropriate for direct-surface inspection and metallographic samples rather than routine biological slides. For questions about mechanical mounting or to confirm optical compatibility, Metav Werkzeuge can provide tailored guidance. Handling, maintenance and operational benefits Built for routine laboratory and workshop use, the objective’s plan correction reduces the need for repeated focusing and compensating adjustment, which speeds up inspection cycles. The absence of cover-glass correction simplifies setup when working with unmounted specimens or polished sections. Regular cleaning with appropriate optical cloths and lens fluid preserves performance; because optics are precision components, careful handling reduces downtime and maintains measurement confidence. For additional technical data or calibration advice, contact Metav Werkzeuge or consult the product documentation. Contact Metav Werkzeuge today for procurement and system advice on the Plan PLMi S50×/0.70 objective — expert support from specification to delivery by Metav Werkzeuge Technical data Article number: BS.8850 UID: BS.8850 Manufacturer: Euromex Product type: Microscope objective / lens Model series: bScope Label: Plan PLMi S50x/0.70 infinite-corrected IOS objective for brightfield and darkfield for bScope materials science, working distance 2.5 mm, without cover-glass correction Facts Magnification: 50× Numerical aperture: 0.70 Working distance: 2.5 mm Special features Infinite-corrected optical design Compatible with brightfield and darkfield illumination No cover-glass correction (for direct specimen surfaces) Intended application: materials science / metallography Manufacturer: Euromex FAQ What magnification and resolution can be expected from this objective? The Plan PLMi S50×/0.70 objective (Euromex, SKU BS.8850) delivers high-detail imaging at 50× magnification with a numerical aperture of 0.70, suitable for resolving fine microstructural features in metallographic samples. Is this objective suitable for standard biological slides with a cover glass? This objective is specified without cover-glass correction, so it is optimised for direct-surface inspection and polished sections rather than routine biological slides that require cover-glass compensation. Can the objective be used for both brightfield and darkfield techniques? Yes — the optics are designed for compatibility with both brightfield and darkfield illumination, enabling flexible contrast methods for surface and defect visualisation. Will this objective fit existing microscope systems? The infinite-corrected design makes the objective compatible with microscopes that accept infinite optics and a suitable tube lens; confirm mechanical fit and parfocal settings with Metav Werkzeuge before installation. How should the optics be cleaned and maintained? Clean only with designated optical cleaning cloths and lens fluid; handle the Plan PLMi S50×/0.70 carefully to avoid contact with the front element and store in protective caps when not in use. Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
50mm Plan PLMi S50x/0.70 Infinity-Corrected IOS Brightfield Objective 3.7mm Working Distance - Euromex
Benefit from the combination of infinity‑corrected optics, a high numerical aperture (NA 0.70) and a compact 3.7 mm working distance for sharp, reproducible brightfield imaging in materials‑science workflows. Order the objective directly via Metav Werkzeuge or contact their consultants for specification matching and procurement support. Plan PLMi S50x/0.70 — Infinity‑corrected brightfield objective for materials‑science bScope systems (Euromex) The Plan PLMi S50x/0.70 is an infinity‑corrected 50x objective optimised for brightfield inspection of metallographic and materials samples, offering a short working distance for close observation without cover‑glass correction Infinity‑corrected optical design High numerical aperture 0.70 for detail resolution 3.7 mm working distance for sample access Designed for materials‑science brightfield use Achieve finer detail with a high‑aperture plan objective The combination of a Plan correction and an NA 0.70 delivers improved flatness across the field and increased resolution, enabling clearer observation of microstructures such as grain boundaries, phases and surface defects. An objective with a high numerical aperture collects more light and resolves smaller features; this translates into more reliable visual analysis and fewer repeat inspections. The 50x power is commonly used in metallography and material‑science quality control to reveal features not visible at lower magnifications while keeping a practical working distance for metallographic samples. Short working distance tailored for materials handling A 3.7 mm working distance provides sufficient clearance for removal of polishing residues removal, micro‑probing or focused illumination arrangements while maintaining high optical performance. Because this objective is supplied without cover‑glass correction, it is especially suitable for direct inspection of polished sections, cross‑sections and other bulk samples rather than sealed slide preparations. The absence of cover‑glass compensation simplifies setup for standard materials workflows and avoids the need to adjust for varying cover‑glass thicknesses, reducing setup time and measurement variability. Reliable integration and consistent image results in bScope stations Designed for the bScope series, the Euromex objective offers an infinity‑corrected optical path that matches modern microscope tube systems and imaging accessories, enhancing compatibility with additional intermediate optics or camera adapters. This design choice supports consistent image reproduction and easier calibration across different inspection stations, which helps maintain traceable inspection routines. The robust plan objective also supports reproducible brightfield contrast, aiding documentation and comparison during failure analysis or routine quality control. SKU BS.8150 identifies this specific configuration for procurement and inventory. For tailored compatibility checks, optical advice or to place a technical order for the Euromex Plan PLMi S50x/0.70 objective, contact Metav Werkzeuge — technical consultants in Emmerich are available at info@metav-werkzeuge.com or +49 2822 7131930 to assist with specifications and delivery. Technical data Article number: BS.8150 Name: Plan PLMi S50x/0.70 infinity‑corrected objective for brightfield Type: Objective / lens Series: bScope Manufacturer: Euromex Microscopen bv Optical specifications Magnification: 50x Numerical aperture: 0.70 Working distance: 3.7 mm Cover glass correction: none UID: BS.8150 Features & compatibility Infinity‑corrected plan optical design Designed for brightfield materials‑science applications Compatible with bScope series microscopes FAQ What types of samples is this objective intended for? This objective is intended for materials‑science and metallographic samples; the Plan PLMi S50x/0.70 performs well on polished sections, cross‑sections and bulk materials in brightfield inspection. Does the objective require a cover glass for correct imaging? No, the objective is supplied without cover‑glass correction, so the Plan PLMi S50x/0.70 is suitable for direct inspection of unmounted samples and polished specimens. Is the objective limited to Euromex microscopes? The lens is designed for the bScope series and the infinity‑corrected optical path supports standard infinity tube length systems; compatibility should be confirmed for third‑party microscope systems before integration. How does a numerical aperture of 0.70 affect image quality? An NA 0.70 increases resolving power and light collection, improving the visibility of fine microstructural detail and contrast in brightfield images, which supports more accurate inspections. What practical advantage does a 3.7 mm working distance provide? A 3.7 mm working distance gives room for sample handling, lighting adjustments and small tooling operations while maintaining optical performance, facilitating efficient inspection workflows. Manufacturer: Euromex Microscopen bv, Typograaf 8, 6921 VB Duiven, Nederland, info@euromex.com
50mm Slide Micrometer 76 × 26 mm Glass Plate 100 µm Division, 500 Divisions - Euromex
Benefit from precise 100 µm graduations across a 50 mm measuring length and a compact 76 × 26 mm glass slide for reliable microscope calibration; order or request advice via Metav Werkzeuge for quick procurement and technical support. Object micrometer AE.1112 — object micrometer slide, 100 µm divisions, 50 mm measuring length (Euromex) An object micrometer AE.1112 designed for microscope calibration and optical measurement on a standard 76 × 26 mm glass slide Glass slide 76 × 26 mm Measuring length 50 mm 100 µm per division, 500 divisions For microscope calibration and optical checks Reliable graduations for traceable calibrations The micrometer slide provides a clearly defined, linear scale with 500 divisions and 100 µm spacing, delivering a dependable visual reference for stage micrometre comparison and eyepiece reticle verification. This level of gradation supports routine calibration tasks and helps to reduce measurement uncertainty in day-to-day inspection. The marked scale across a 50 mm measuring length allows straightforward cross-checks of magnification factors and focal calibrations, ensuring repeatable results for quality control and documentation. Compact format that fits standard microscopes and stages With its standard 76 × 26 mm dimensions, the slide integrates seamlessly into most light microscopes and mechanical stages without the need for adapters. The compact format simplifies alignment beneath objectives and expedites verification procedures in production, laboratory and teaching environments. Clear spacing and contrast between lines improve readability under low magnification, making optical adjustments and quick comparisons faster and more reliable for both experienced technicians and trainees. Stable glass construction for consistent references Manufactured from flat glass, the slide offers a stable substrate that resists deformation and preserves line integrity over repeated use. The material supports easy cleaning and safe handling while maintaining a consistent reference plane for optical measurements. The robust construction reduces the risk of warping that can affect accuracy, thereby extending the useful service life of the calibration standard and ensuring consistent measurement conditions across inspection cycles. Practical for quality assurance, education and routine checks This calibration slide suits a range of applications from bench-level quality assurance to microscopy training and workshop calibrations. The pronounced scale supports quick verification of magnification settings and objective performance, enabling technicians to document calibration status efficiently. Integration into inspection routines enhances confidence in dimensional readings and supports traceable measurement practices within laboratories and production areas. Contact Metav Werkzeuge for tailored advice and to secure the Euromex AE.1112 object micrometer; email info@metav-werkzeuge.com or call +49 2822 7131930 for ordering and technical consultation Technical data Article number: AE.1112 UID: AE.1112 Designation: Object micrometer on 76 × 26 mm slide, 50 mm measuring length with 500 divisions, 100 µm per division Core data Measuring length: 50 mm Divisions: 500 Division size: 100 µm Slide dimensions: 76 × 26 mm Materials & features Material: Glass Product type: Object micrometer Manufacturer: Euromex FAQ What accuracy can be expected from the calibration slide? The Euromex AE.1112 object micrometer delivers reliable visual references with 100 µm graduations; it is intended for optical calibration and comparative checks rather than as a primary high-precision standard. Can the slide be used with any light microscope? Yes, the 76 × 26 mm format fits standard stages and is suitable for most light microscopes used in laboratories, education and workshop environments. How should the micrometer slide be cleaned and stored? Clean the glass slide with a lint-free cloth and appropriate optical cleaner; store in a protective sleeve or case to avoid scratches and preserve the printed graduations. Is the slide suitable for teaching and training purposes? The pronounced scale and standard dimensions make the slide well suited to demonstrations and practical exercises in microscopy courses and technician training. Does the micrometer provide traceable calibration certificates? The product is a practical calibration reference; for traceable certification, request information from Metav Werkzeuge regarding calibration services and documentation options Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
50mm Slide Storage Box With Hinge Lid And Corked Base, ABS Plastic, Assorted Colours - Globe Scientific
Take advantage of compact, durable slide storage that protects standard microscope slides while keeping laboratory workflows organised; the combination of robust ABS construction, a cork-lined base and clear indexing supports efficient handling and long-term preservation. Order directly via Metav Werkzeuge or contact our consultants for application advice. Objektträgeraufbewahrung für 50 Objektträger 513077AST – Slide storage box with ABS construction and indexed lid (Globe Scientific) The Objektträgeraufbewahrung für 50 Objektträger 513077AST is a compact slide storage box ideal for laboratories and teaching environments, designed to protect and organise standard microscope slides with a hinged lid and internal indexing Capacity for 50 slides Durable ABS construction Hinged lid with index card Cork-lined base protects glass slides Secure storage that protects delicate slides The slide container combines hard-wearing ABS material with a cork-lined base, creating a stable, cushioned resting surface for fragile glass. Designed for standard 25 x 75 mm (1 x 3 inch) microscope slides, the unit prevents surface abrasion and reduces the risk of chipping during routine handling. The construction offers reliable physical protection while remaining lightweight enough for frequent laboratory use, which helps to avoid accidental damage during sample transfer and routine storage. Clear organisation for faster laboratory workflows An integrated index card under the hinged lid allows concise identification and quick retrieval of specimens, helping to streamline workflow in busy labs or teaching settings. The boxes are supplied in assorted colours—grey, blue, dark grey, orange and white—so sample sets can be colour-coded for different projects or classes. Delivered as a packaged set of five units, each in a different colour, the assortment simplifies inventory management and visual sorting without additional labelling tools. Compact footprint that fits workbenches and drawers With external dimensions of 203 x 82 x 35 mm (L x W x H), the storage units take up minimal bench space and slide easily into standard laboratory drawers or storage cabinets. The low profile is advantageous for stacked storage and transport within the facility, ensuring slides remain organised and accessible without occupying valuable workspace. The compact design supports efficient use of space in both small teaching labs and larger research environments. Practical handling and durable everyday performance A hinged lid secures contents during handling while permitting fast access to slides. The ABS construction resists routine laboratory wear and is straightforward to clean, offering a durable, low-maintenance solution for long-term use. The combination of protective interior lining and robust outer shell delivers dependable preservation of prepared slides, making these boxes a sensible choice for laboratories that require organised, repeatable sample storage. For procurement and technical guidance on the Globe Scientific slide storage (SKU 513077AST), contact Metav Werkzeuge in Emmerich — email info@metav-werkzeuge.com or call +49 2822 7131930 for tailored advice and purchase support Technical data Article number: 513077AST Manufacturer SKU: 513077AST Brand: Globe Scientific Product type: Slide storage box Facts Capacity: 50 slides Dimensions: 203 x 82 x 35 mm (L x W x H) Slide format: 25 x 75 mm (1 x 3 inch) Packaging unit: 5 units (one each in grey, blue, dark grey, orange, white) Special features Material: ABS plastic Colour: assorted (grey, blue, dark grey, orange, white) Hinged lid Index card in lid Cork-lined base Suitable for standard microscope slides FAQ What slide size fits this storage box? The Globe Scientific slide storage (SKU 513077AST) is designed for standard 25 x 75 mm (1 x 3 inch) microscope slides. How many boxes are supplied per packaging unit? The product is supplied as a set of five units, with one box each in grey, blue, dark grey, orange and white. Is the box material suitable for routine laboratory cleaning? Yes, the ABS plastic construction of this slide box withstands routine cleaning and handling typical in laboratory environments. Does the storage include any protection for slide surfaces? The base is cork-lined, offering a cushioned surface that reduces abrasion and helps protect slide surfaces during storage. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm Slide Storage Box With Hinged Lid, Cork-Lined Base, Blue, ABS Plastic - Globe Scientific
Combining a compact footprint with secure protection, this slide storage solution holds fifty standard microscope slides and features a hinge lid with an index sheet plus a cork-lined base for surface protection. Order the slide storage box directly via Metav Werkzeuge or ask our consultants if needed. Slide storage box 513077B (Globe Scientific) — blue ABS, capacity 50 The Slide storage box 513077B is a compact, laboratory storage case designed to keep standard microscope slides organised and protected during storage and transport. Secure hinge lid with index sheet Cork-lined base protects slide surfaces Made from robust ABS plastic Stores standard 25 x 75 mm microscope slides Protected storage that preserves specimen integrity The compact case offers a capacity for fifty standard slides, delivering a practical solution for laboratories, teaching environments and specimen archives. The hinge lid secures contents while the integrated index sheet enables quick identification without handling individual slides, reducing the risk of accidental contamination or damage. The cork-lined base cushions glass surfaces and minimises scratching, preserving mounted specimens and labels over time. Together, these elements support efficient sample management and lower the effort required to locate specific preparations. Small footprint, clear organisation for busy workbenches With external dimensions of 203 x 82 x 35 mm, this storage box occupies minimal bench or shelf space while still accommodating a full set of slides. The compact design promotes tidy storage and straightforward stacking in cabinets or drawers where space is limited. The distinctive blue colour assists in visual sorting when multiple boxes are used, while the case shape and slim profile help maintain an uncluttered workflow and enable faster sample retrieval in routine processes. Durable construction for everyday laboratory use Manufactured from ABS plastic, the case combines lightweight handling with sturdy construction suited to regular use. The material resists wear from handling and is simple to wipe clean, supporting basic hygienic routines in lab environments. Compatibility with standard 25 x 75 mm (1 x 3 inch) slides ensures that the box fits common glass preparations without modification. The design balances protection and accessibility, providing a reliable storage option for research, diagnostics and education. For reliable slide protection and organised sample storage, contact Metav Werkzeuge for ordering and technical advice — Metav Werkzeuge in Emmerich is available at info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: 513077B SKU: 513077B Packaging unit: 1 piece Colour: Blue Material: ABS plastic Capacity: 50 slides Dimensions: 203 x 82 x 35 mm (L x W x H) Facts Capacity: 50 slides Dimensions: 203 x 82 x 35 mm Special features Hinge lid Index sheet in lid Cork-lined bottom Fits 25 x 75 mm (1 x 3 inch) slides Brand: Globe Scientific Product type: Slide storage box FAQ Is this box compatible with standard microscope slides? Yes. The slide storage box 513077B is designed to hold standard 25 x 75 mm (1 x 3 inch) microscope slides. How many slides does the storage box accommodate? The case has a capacity of 50 slides, as stated for the Slide storage box 513077B (SKU 513077B). What materials and protective features are included? Made from ABS plastic, the box includes a hinge lid, an index sheet in the lid and a cork-lined base to protect slide surfaces. What are the external dimensions and how much bench space does it need? External dimensions are 203 x 82 x 35 mm, offering a compact footprint suitable for crowded benches and cabinets. How is the product supplied and what is the article number? Supplied as a single unit (1 piece); article number and SKU: 513077B. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50mm x 75mm Slide Storage Box For 50 Slides, ABS Plastic, Dark Grey - Globe Scientific
The compact ABS body and cork-lined base provide secure, vibration-damped storage while the hinged lid and index sheet speed up sample retrieval. Benefit from organised, space-saving protection for standard microscope slides and order the item directly via Metav Werkzeuge or contact our consultants for tailored advice. Slide storage 513077G — Globe Scientific slide box with cork-lined base Slide storage 513077G is a compact slide box designed for secure organisation and short-term storage of standard microscope slides in laboratory and educational settings. Capacity for 50 glass slides Durable ABS plastic construction Cork-lined base protects specimens Hinged lid with index sheet Keep slides organised and protected for everyday lab work This compact slide box offers orderly storage for up to 50 slides, combining a small footprint with clear organisation. The internal layout accommodates standard 25 x 75 mm / 1 x 3 inch slides so specimens remain indexed and immediately identifiable. The index sheet integrated into the lid allows quick labelling and cross-referencing of samples, reducing time spent searching through boxes and supporting efficient sample management and traceability in routine workflows. Durable, lightweight construction speeds handling and transport Constructed from ABS plastic, the housing delivers a balance of robustness and low weight, making handling and transfer between benches straightforward. ABS is known for impact resistance and ease of cleaning, which helps maintain a hygienic work environment without adding unnecessary bulk. The compact external dimensions of 203 x 82 x 35 mm (L x W x H) mean several boxes can be stored side by side or transported in a small case, supporting organised sample logistics during teaching sessions, fieldwork or multi-bench laboratory procedures. Practical features that reduce sample risk and improve workflow A hinged lid ensures the box stays securely closed during movement while the cork-lined base cushions slides and prevents lateral shifting that could damage coverslips or specimen mounts. The internal design keeps individual slides separated to avoid contact and scratches. Together, these features provide the dual benefits of specimen protection and faster handling: samples are both safer in storage and quicker to retrieve when processing or analysis is required. For orders or technical advice on Globe Scientific slide storage, contact Metav Werkzeuge by phone at +49 2822 7131930 or by e‑mail at info@metav-werkzeuge.com — our consultants will advise on suitability and supply options. Technical data Article number: 513077G Manufacturer number: 513077G Manufacturer: Globe Scientific Product type: Slide box Packaging unit: 1 piece Dimensions & capacity Dimensions: 203 x 82 x 35 mm (L x W x H) Capacity: 50 slides Slide size compatibility: 25 x 75 mm / 1 x 3 inch Materials & special features Material: ABS plastic Colour: Dark grey Hinged lid Index sheet in lid Cork-lined base FAQ Is this box compatible with standard microscope slides? Yes. The slide storage accepts standard 25 x 75 mm (1 x 3 inch) microscope slides and holds 50 slides in organised rows. Can the box be used for fragile or mounted slides? The cork-lined base cushions slides to reduce movement and abrasion, making the box suitable for fragile mounts and routine storage. How easy is the box to clean? The ABS plastic construction is low-maintenance and compatible with common laboratory cleaning routines; wipe with a suitable disinfectant and avoid aggressive solvents. Is the index sheet replaceable or customisable? The integrated index sheet in the lid is designed for straightforward labelling and can be replaced with a customised insert if required for specific workflows. Does the box protect against shocks during transport? The combination of the hinged lid and cork-lined base provides basic shock damping for short transfers; for intensive transport or shipping, place the box in additional protective packaging. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50x 100x DIC Prism for Delphi-X Inverso Inverted Microscopy, Material Science - Euromex
Take advantage of precise contrast enhancement and seamless integration with the Delphi‑X Inverso series for reliable material analysis at high magnification; choose expert advice from Metav Werkzeuge for configuration and procurement. DIC prism for Delphi‑X Inverso — Material science differential interference contrast module for 50× and 100× objectives (Euromex) The DIC prism for Delphi‑X Inverso is an optical accessory engineered to provide differential interference contrast imaging for material science inspections using 50× and 100× objectives. Compatible with Delphi‑X Inverso microscopes Optimised for 50× and 100× objectives Enhances surface and relief contrast Simple mechanical integration into condenser path Reveal fine surface relief for clearer defect detection The DIC approach emphasises minute variations in optical path length, converting subtle topography into visible contrast without staining or destructive preparation. For material inspection this means improved visibility of scratches, edges and layered structures, enabling earlier detection of defects and clearer documentation of surface conditions. The prism module provides controlled shear and bias retardation so that surface relief becomes more apparent under 50× and 100× magnifications, supporting repeatable evaluations in routine quality checks. Seamless compatibility reduces setup time Designed for the Delphi‑X Inverso instrument family, the accessory aligns with existing optical and mechanical interfaces to ensure straightforward installation and fast return to productive use. The compact prism module fits into the condenser path and requires minimal adjustment when switching between objectives, which helps to maintain inspection throughput on the production floor. Where alignment is needed, simple mechanical locks and centring features keep the optical axis stable, reducing the need for frequent recalibration. Practical advantages for lab and workshop workflows Integrating differential interference contrast into a materials workflow delivers sharper edges and improved feature separation on reflective and semi‑transparent specimens. This optical enhancement supports nondestructive testing, documentation and comparative analysis without additional sample preparation steps. The accessory is intended as a precise optical tool for visual inspection and documentation tasks, improving decision confidence in routine metrology and research contexts. Versatile application across material science tasks The prism module is suitable for a range of material science uses where surface morphology matters: failure analysis, coating inspection, microstructure observation and routine quality assurance. By accentuating surface gradients and microrelief, the device aids both qualitative assessment and photographic documentation under high magnification. The optical improvement complements other contrast techniques and integrates into established microscopy protocols used in laboratories and industry. Contact Metav Werkzeuge to discuss how the Euromex DIC prism DI.9691-51 can be configured for an existing Delphi‑X Inverso setup or to request tailored advice from our consultants based in Emmerich Technical Data Article number: DI.9691-51 Label: DIC prism for Delphi‑X Inverso — Material science for 50× and 100× objectives UID: DI.9691-51 Facts Suitable magnifications: 50×, 100× Model series: Delphi‑X Inverso Product type: Accessory / Component Special features Application: material science differential interference contrast Manufacturer: Euromex Compatibility: Delphi‑X Inverso microscope series FAQ What does differential interference contrast achieve for material inspections? Differential interference contrast emphasises tiny optical path differences to make surface relief, scratches and edges more visible during material inspections with the Euromex DIC prism DI.9691-51. Is the prism compatible with all Delphi‑X Inverso configurations? The prism is designed for the Delphi‑X Inverso series and integrates with standard condenser paths; specific configurations should be confirmed against the Delphi‑X Inverso setup and DI.9691-51 specifications. Can the DIC module be used with other objectives besides 50× and 100×? The DI.9691-51 is optimised for 50× and 100× objectives; use with other magnifications may require optical adjustments and is not covered by the standard optimisation. Will the accessory affect routine calibration or maintenance schedules? Once installed, the prism generally requires only routine optical alignment; maintenance follows normal microscope procedures and should be scheduled as part of standard instrument care. Which applications benefit most from installing this prism? The module supports failure analysis, surface inspection, coating evaluation and other material science tasks where enhanced surface contrast at high magnification is required with the Euromex accessory DI.9691-51. Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
50x Plan Apo PL‑AMIi Brightfield/Darkfield Objective 0.80 NA, 1mm WD, M26 Parfocal 45mm - Euromex
Take advantage of the combination of high-resolution optics, practical compatibility and a long working distance to improve inspection throughput and image quality. Order the lens directly via Metav Werkzeuge or consult the technical advisors for integration support. Plan Apo PL-AMIi 50x/0.80 IOS objective — long working distance 1 mm, M26 (Euromex) The Plan Apo PL-AMIi 50x/0.80 is a high-performance brightfield/darkfield microscope objective designed for demanding inspection tasks where high resolution and reliable mechanical integration matter Apochromatic Plan correction for flat field High magnification 50x with 0.80 NA Long working distance 1 mm for bulky samples M26 thread and 45 mm parfocal for easy swapping Exceptional optical performance for critical inspections The 50x magnification paired with a 0.80 numerical aperture delivers a combination of resolving power and contrast that is well suited to fine-detail inspection. The apochromatic Plan design corrects chromatic and field curvature errors, which results in sharper, flatter images across the field and reduces the need for repeated focus adjustments during a series of measurements. This optical precision makes the lens particularly useful when visualising fine structures or inspecting patterned surfaces where reproducible detail is a priority. Mechanical compatibility that keeps production moving A 1 mm working distance provides clear practical benefits when examining thicker or uneven samples while maintaining high resolution; this is a considered compromise between proximity and sample clearance. The objective is supplied with an M26 thread and a 45 mm parfocal setting, enabling quick mounting and minimal re‑focusing when used alongside other parfocal objectives on a turret. The absence of cover‑glass correction (no cover glass correction) should be noted: the lens is optimised for direct sample observation rather than through a standard cover slip, which simplifies handling for industrial samples and fixtures. What the optical numbers mean in everyday use The numerical aperture describes the objective’s ability to gather light and resolve detail: a higher NA increases achievable resolution and image brightness at the expense of depth of field. In practice, the 0.80 NA of this lens yields noticeably finer detail and improved contrast under both brightfield and darkfield illumination compared with lower‑NA alternatives. The apochromatic correction further enhances colour fidelity and reduces artefacts, which simplifies image interpretation and reduces post‑processing. For operators unfamiliar with these terms, the advantage is straightforward: clearer, more reliable images with less manual correction. Typical applications and workflow advantages This objective is designed for industrial microscopy, quality control and research tasks where both magnification and mechanical repeatability are essential. Common uses include PCB and semiconductor inspection, metallographic examinations, and materials research where surface detail and defect detection are key. The combination of long working distance, parfocal alignment and apochromatic correction reduces set‑up time and improves throughput: components can be checked more quickly and with greater confidence in the visual results, supporting repeatable measurements and faster decision cycles. Contact Metav Werkzeuge today for expert assistance integrating the Euromex Plan Apo PL-AMIi 50x/0.80 objective into existing microscope systems and to arrange delivery from Emmerich; call +49 2822 7131930 or email info@metav-werkzeuge.com Technical data SKU: AI.8150 Designation: Plan Apo PL-AMIi 50x/0.80 IOS objective Type: Objective / lens Manufacturer: Euromex Microscopen bv Optical specifications Magnification: 50x Numerical aperture: 0.80 Parfocal distance: 45 mm Working distance: 1 mm Thread: M26 Features & suitability Brightfield and darkfield compatibility No cover glass correction Long working distance for thicker or mounted samples Parfocal design for turret compatibility FAQ Is this objective suitable for use with cover slips? The Plan Apo PL-AMIi 50x/0.80 is specified without cover glass correction, so it is optimised for direct sample observation rather than through a standard cover slip. What does the 0.80 numerical aperture mean for image quality? A 0.80 NA provides higher resolution and brightness compared with lower NA objectives; it enables finer detail to be resolved under brightfield or darkfield illumination. Can the lens be mounted on standard microscope turrets? Yes, the M26 thread and 45 mm parfocal distance support straightforward mounting and quick swapping with other parfocal objectives, subject to the eyepiece tube and turret design of the microscope. Is the objective usable for both brightfield and darkfield techniques? The optical design supports both brightfield and darkfield illumination modes, making it versatile for contrast‑based inspection methods. Which applications are best suited to this objective? Typical uses include industrial inspection, PCB and semiconductor examination, metallography and precision materials analysis where high magnification and reliable image flatness are required. How does the long working distance help in practical inspections? The 1 mm working distance offers more clearance for irregular or mounted samples while preserving high optical performance, reducing the risk of tool or sample contact during inspection. Manufacturer: Euromex Microscopen bv, Typograaf 8, 6921 VB Duiven, The Netherlands; info@euromex.com
50x Plan Apochromatic Objective 0.80 NA, 1 mm Working Distance, 45 mm Parfocal, M26 Mount - Euromex
Take advantage of the combination of high numerical aperture and precise parfocal geometry for reliable, high-resolution inspection at high magnification. The short working distance and M26 mounting make the lens ideal for close-up inspection tasks in industrial microscopy. Order the Planapochromatic objective directly via Metav Werkzeuge or consult our specialists if advice is needed. Planapochromatic PL-AMi 50x/0.80 IOS BD objective (M26, NA 0.80) — Euromex The Planapochromatic PL-AMi objective is a high-resolution lens designed for industrial inspection and reflected-light microscopy, pairing strong optical correction with a compact mounting format for turret systems Planapochromatic flat-field correction High numerical aperture 0.80 M26 mount, 45 mm parfocal Short 1 mm working distance Exceptional resolving power for fine-detail inspection With a numerical aperture of 0.80, this planapochromatic lens delivers elevated resolution and improved light-gathering compared with lower-NA optics, enabling finer detail to be resolved on small components and microstructures. The planapochromatic design provides a flat field and advanced chromatic correction, which reduces colour fringing and sharpness fall-off at the edges of the image; the result is more consistent image quality across the field of view. These optical properties benefit metrology and quality-control tasks where measurement reliability and repeatable imaging are essential. Compact mounting and parfocal compatibility for efficient workflow The objective's M26 mounting and 45 mm parfocal length are chosen to match common turret and tube systems, allowing straightforward integration into existing microscope stands. The precise parfocal distance minimises refocusing when switching objectives, speeding up multi-magnification inspections and reducing cycle time in routine checks. The compact thread and mechanical design also support tight optical stacks where space is limited and stable mechanical alignment is required. Designed for no-cover-glass applications and close-up work Specified with a 1 mm working distance and no cover-glass correction, this lens is intended primarily for direct-surface inspection under reflected illumination rather than through standard cover slips. The short working distance favours high numerical aperture performance but requires careful sample handling and stage control; the trade-off is substantially greater lateral resolution and surface detail, making the objective suitable for electronics inspection, metallurgical observation and failure analysis. Practical benefits for production and laboratory environments The optical features of this lens translate into tangible operational gains: improved defect detection, reduced rework from clearer images and faster inspection routines through parfocal consistency. The robust mechanical interface and standard M26 thread support easy replacement and predictable alignment in instrument maintenance. Where precise visual assessment forms part of the quality chain, this objective contributes to more reproducible results and better documentation for traceability. For precise high-magnification inspection, order the Euromex Planapochromatic PL-AMi 50x/0.80 objective via Metav Werkzeuge — Metav Werkzeuge can advise on compatibility with existing microscope systems and supply the product directly from Emmerich Technical data Article number: DI.8150 Label: Planapochromatisch PL-AMi 50x/0.80 IOS BD objective, working distance 1 mm, without cover-glass correction, 45 mm parfocal, M26 mount Key figures Magnification: 50x Numerical aperture: 0.80 Working distance: 1 mm Parfocal length: 45 mm Special features Mount thread: M26 Cover-glass correction: none Product type: Objective / Lens Brand: Euromex FAQ What is the intended application for this objective? The Planapochromatic PL-AMi 50x/0.80 objective is intended for reflected-light inspection tasks such as electronics, metallurgy and precision visual checks where close working distance and high resolution are required. Can this objective be used with cover slips? No — the lens is supplied without cover-glass correction, so it is optimised for direct-surface inspection rather than imaging through standard cover slips. Which microscopes are compatible with the M26 mount and 45 mm parfocal? Any microscope turret or tube system that accepts M26 threaded objectives and adheres to a 45 mm parfocal standard will be mechanically compatible; Metav Werkzeuge can advise on specific models and adapters. How does the numerical aperture affect image quality? A numerical aperture of 0.80 increases lateral resolution and light collection, improving detail contrast at high magnification; the short working distance supports this performance but requires careful handling. Is this objective suitable for quantitative measurement tasks? Yes — the planapochromatic correction and stable parfocal geometry support reproducible imaging, which assists quantitative inspection and traceable visual documentation when combined with calibrated imaging systems. Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
50x Plan Semiapochromatic PLM Objective 0.55 NA 10.8mm Working Distance - Euromex
Take advantage of the combination of high magnification, reliable optical correction and an extended working distance for clear, reproducible imaging across demanding inspection tasks. Order the objective directly via Metav Werkzeuge or consult our specialists for compatibility and supply. Plan semi-apochromatic PLM 50x/0.55 LWD IOS objective – 10.8 mm working distance, no cover glass correction (Euromex) The Plan semi-apochromatic PLM 50x/0.55 LWD IOS objective is a microscope objective designed for high‑resolution imaging where flat field performance and sample clearance are priorities, ideally suited to laboratory and industrial inspection applications Plan semi-apochromatic correction 50x magnification, NA 0.55 Long working distance 10.8 mm No cover glass correction Precision imaging with reduced aberrations for measurable results The plan semi-apochromatic design is engineered to reduce chromatic and spherical aberrations across the field, so that structures remain sharp from centre to edge. At 50x magnification with a 0.55 numerical aperture, the lens delivers a balance of resolution and depth of field that is advantageous for metrology and detailed inspection. Flat‑field correction means fewer focus adjustments are required when scanning across a specimen, which supports consistent, reproducible measurements and minimises operator time spent on corrections. Where documentation or image analysis is needed, the improved edge‑to‑edge clarity assists automated systems and manual measurement alike. Extended working distance to protect samples and enable varied workflows A 10.8 mm working distance provides generous clearance between the objective front and the specimen, allowing for thicker samples, fixtures or polarising accessories to be used without risk of contact. The absence of cover glass correction — explicitly stated as without cover glass correction — indicates that the lens is optimised for direct observation of specimens or for setups where no standard cover slip is applied. This configuration is particularly useful in industrial inspection, materials science and preparative workflows where sample thickness varies or where handling must be non‑contact. The long working distance also facilitates easier manipulation of samples under the lens, reducing the chance of accidental damage. Robust optical choice for polarisation and long‑working‑distance applications Built for polarisation microscopy contexts implied by the PLM designation, this objective combines LWD characteristics with the IOS optical approach to support stable, repeatable imaging in both routine inspection and specialised analytical tasks. The optical specification is suitable for integration into existing microscope stands and imaging chains that accept standard objectives; the precise match of magnification and numerical aperture aids compatibility with common camera sensors and illumination systems. For laboratories and workshops seeking a reliable, measurement-capable lens, the combination of plan correction, moderate NA and extended clearance fosters both image quality and practical usability. For tailored advice on the Euromex long‑working‑distance objective and to secure supply from Metav Werkzeuge, contact our specialists via info@metav-werkzeuge.com or +49 2822 7131930 Technical Data Article number: OX.8250 Product label: Plan semiapochromatisch PLM 50x/0.55 LWD IOS objective Manufacturer: Euromex Product type: Objective / Lens UID: OX.8250 Core technical data Magnification: 50x Numerical aperture: 0.55 Working distance: 10.8 mm Special features and design Plan semi-apochromatic correction LWD (long working distance) IOS optical design Without cover glass correction Suitable for polarisation microscopy applications FAQ What magnification and numerical aperture does this objective provide? The Euromex plan semi‑apochromatic objective provides 50x magnification with a 0.55 numerical aperture, suitable for high‑detail inspection and measurement. Is this objective corrected for a cover glass? No, this lens is supplied without cover glass correction, making it appropriate for direct observation of thicker specimens or setups where no standard cover slip is used. How much clearance is available between the lens and the sample? The objective offers a 10.8 mm working distance, providing ample space for fixtures, polarising accessories or thicker samples. Can this objective be used for polarisation microscopy? Yes, the PLM designation indicates suitability for polarisation microscopy applications and analytical inspection that use polarised light techniques. Who supplies and supports this objective? The objective is supplied by Euromex and can be procured through Metav Werkzeuge; Metav provides advice on compatibility and supply. Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
50x Plan Stress-Free PLPOLRi Objective 0.75 NA 0.92mm Working Distance, Polarising - Euromex
Take advantage of the combination of high-resolution polarising optics, a short 0.92 mm working distance, and 0.75 numerical aperture for confident material analysis; order the objective directly via Metav Werkzeuge or consult our specialists if guidance is required. iScope PLPOLRi 50x/0.75 Plan strain-free polarising objective (Euromex) An iScope PLPOLRi 50x/0.75 objective engineered for polarisation inspection in both reflected and transmitted light, without cover-glass correction Plan, strain-free polarising optics 50× high magnification for detailed inspection Numerical aperture 0.75 for improved resolution 0.92 mm working distance for close sample work Accurate polarisation contrast for reliable material assessment The plan, strain-free design delivers uniform field flatness and reduces optical artefacts that can otherwise complicate polarisation analysis. With emphasis on consistent image quality, this objective supports precise observations of crystalline structures, stress patterns and anisotropic materials. The corrected field reduces the need for frequent focal adjustments, which translates into faster inspection cycles and fewer re-measurements for production or laboratory workflows. Fine structure resolution thanks to high magnification and aperture Equipped with 50× magnification and a numerical aperture of 0.75, the lens raises the resolving power of the microscope system, enabling detection of fine birefringent features and microstructural detail. Higher NA increases light-gathering ability and contrast under polarised illumination, so small differences in retardation or extinction angles become more apparent. The result is clearer micrographs and more reliable assessments during metallography, mineralogy or materials research. Optimised for reflected and transmitted polarised light workflows Designed for both reflected (episcopic) and transmitted (diascopic) polarisation work, this objective integrates smoothly into iScope systems and similar optical setups. The absence of cover-glass correction means the lens is best applied to direct sample examination or when cover-glass compensation is handled elsewhere in the optical chain. The short 0.92 mm working distance favours high-magnification inspection of prepared specimens, thin sections and polished surfaces where proximity to the sample improves contrast and detail. Consistent results for production and laboratory environments The mechanical and optical design focuses on repeatability and low-maintenance operation, supporting continuous use in inspection stations and research benches. Its polarising capability and planar correction reduce the need for corrective post-processing, accelerating throughput and decision making. For workshops seeking dependable optics without compromising on measurement fidelity, the objective contributes to a smoother quality-assurance routine and fewer sample re-runs. Contact Metav Werkzeuge for tailored advice on integrating the Euromex iScope PLPOLRi 50x/0.75 objective into existing microscope setups; their specialists can confirm compatibility and recommend the optimal configuration — email info@metav-werkzeuge.com or call +49 2822 7131930 Technical Data Article number: IS.7950-R Description: Plan strain-free polarising objective for iScope, no cover-glass correction Manufacturer: Euromex Core specifications Magnification: 50× Numerical aperture: 0.75 Working distance: 0.92 mm Special features Plan, strain-free optical design Polarising capability for reflected and transmitted light Intended for iScope series No cover-glass correction FAQ Is this objective compatible with iScope microscopes? Yes. The objective is specified for the iScope series and is supplied as the Euromex PLPOLRi 50x/0.75 objective (SKU IS.7950-R), designed to integrate with standard iScope optical mounts. Can the lens be used for both reflected and transmitted polarisation work? Yes. The optical design supports polarised light inspection in both episcopic (reflected) and diascopic (transmitted) modes for flexible laboratory or production use. What does 'no cover-glass correction' mean in practice? It indicates the objective does not compensate for cover-glass thickness; the lens performs optimally when samples are presented without a cover glass or when correction is applied elsewhere in the optical path. How does a numerical aperture of 0.75 affect image quality? A higher numerical aperture improves resolution and light collection, yielding better contrast under polarised illumination and enabling clearer visualisation of fine microstructural features. Which sample types benefit most from this objective? Materials with birefringence, polished metallographic specimens, thin sections and anisotropic minerals benefit from the polarising capability and high resolving power of this lens. Euromex Microscopen bv, Typograaf 8, 6921 VB Duiven, Nederland, info@euromex.com
50x/0.70 Plan Objective IOS For iScope 0.32mm Working Distance No Cover Glass Correction - Euromex
Take advantage of the combination of precise 50× magnification, a high 0.70 numerical aperture and a compact working distance of 0.32 mm to achieve reliable, high-resolution surface inspection. Order the objective via Metav Werkzeuge for direct supply or contact our consultants for application advice. Plan PLMi 50×/0.70 IOS Objective for iScope — Euromex material-science lens with 0.32 mm working distance The Plan PLMi 50×/0.70 IOS Objective is a high-resolution objective lens designed for materials-science inspection on iScope microscopes, optimised for reflected-light use without cover glass correction. Plan-corrected 50× magnification High numerical aperture 0.70 for resolution Short working distance 0.32 mm for surface detail No cover glass correction for reflected-light inspection Capture finer detail with high-resolution optics The Plan-corrected design of this objective delivers a flat field across the image, ensuring measurements and observations remain consistent from centre to edge. With 50× magnification combined with a 0.70 numerical aperture, the optics emphasise lateral resolution and contrast, which is especially useful when evaluating fine surface structures or small inclusions in metallic or composite samples. The Plan correction reduces field curvature and eases image stitching or comparative metrology, allowing reliable visual assessment and documentation. Optimised for reflected-light material inspection A compact working distance of 0.32 mm makes this lens especially suitable for reflected-light workflows on polished or etched samples where close focus improves surface detail capture. The omission of cover-glass correction signals a deliberate optimisation for direct-surface observation rather than transmitted-light microscopy of mounted slides. For routine metallography, failure analysis or quality control of components, the short working distance improves effective numerical aperture and image clarity while keeping the optical path tailored to non-biological specimens. Seamless integration with iScope systems and lab workflows Part of the iScope series, this objective integrates into material-science imaging chains where repeatability and compatibility matter. The objective lens supports standard inspection tasks such as microstructure evaluation, surface defect detection and sample comparison, while preserving objective-level optical performance. Technical teams benefit from predictable imaging properties that reduce calibration adjustments and speed up inspection cycles, supporting throughput without compromising analytical confidence. Practical advantages for production and quality teams Choosing a Plan optics objective for materials inspection reduces measurement uncertainty at the imaging stage, which in turn lowers rework and improves pass/fail reliability. The optical specification—high magnification paired with a 0.70 NA—provides a balance between resolving power and depth of focus, useful when assessing surface topography or fine feature definition. For workshops and test labs seeking consistent imaging results, this lens offers a focused solution for reflected-light applications where cover-glass correction is unnecessary. For precise material inspection and expert advice, contact Metav Werkzeuge to source the Euromex Plan PLMi 50×/0.70 IOS objective and arrange technical consultation tailored to iScope installations. Technical data SKU: IS.8150 Product: Plan PLMi 50×/0.70 IOS Objective for iScope Materials Science Manufacturer: Euromex Core specifications Magnification: 50× Numerical aperture: 0.70 Working distance: 0.32 mm Series: iScope Design & special features Plan-corrected optics Intended for materials-science / reflected-light use No cover-glass correction FAQ What does the numerical aperture of 0.70 mean for image quality? A higher numerical aperture, such as 0.70, increases the objective's resolving power and light-gathering ability; the Euromex Plan PLMi 50×/0.70 objective therefore yields sharper detail and improved contrast in reflected-light inspection. Is this objective suitable for metallographic inspection? Yes. The Plan PLMi 50×/0.70 IOS objective is optimised for materials-science tasks and reflected-light workflows commonly used in metallography and surface analysis. Can the objective be used with cover-glass specimens? The lens is specified without cover glass correction, so it is intended for direct-surface inspection rather than samples requiring cover-glass compensation. How does the working distance of 0.32 mm affect handling? A working distance of 0.32 mm provides close focus for fine surface detail; it requires careful sample clearance and stable mounting to avoid contact between objective and specimen. Which microscope series is this objective designed for? This objective is part of the iScope series and is designed to integrate into iScope-based materials-science setups for consistent optical performance. Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; Netherlands; info@euromex.com
53 mm 1.5× Auxiliary Lens Working Distance 53 mm, Compatible with NexiusZoom Series - Euromex
Take advantage of 1.5× magnification and a 53 mm working distance to inspect small assemblies with greater clarity while maintaining comfortable handling. The optical add-on is designed for direct integration with the NexiusZoom series, providing a practical upgrade path for existing systems. Order via Metav Werkzeuge or consult our specialists for specification matching and delivery from Emmerich. Euromex 1.5× attachment lens NZ.8915 — optical accessory for NexiusZoom microscopes The 1.5× attachment lens NZ.8915 extends the effective magnification of NexiusZoom microscopes while keeping a practical working distance for component inspection and rework. *1.5× magnification for enhanced detail *53 mm working distance for comfortable handling *Compatible with NexiusZoom series microscopes *Precision optical accessory, Euromex quality Inspect finer details without losing working space The 1.5× magnification factor increases image detail and makes small features more discernible under the stereomicroscope, enabling more reliable visual checks and precision tasks. With a working distance of 53 mm, the accessory preserves a clear gap between the objective and the subject, which is essential for soldering, manipulation or probe access. The combination of higher magnification and a maintained working distance supports faster fault detection and reduces handling time during assembly and repair. Seamless integration with NexiusZoom systems Designed specifically for the NexiusZoom family — including the NexiusZoom EVO and NexiusZoom ESD variants — the lens is an optical add-on that complements the system’s zoom objectives. The accessory adapts the overall magnification without demanding major adjustments to existing setups, so microscopes already in place can gain enhanced capability quickly. Compatibility with the series simplifies procurement and reduces downtime during upgrades, while preserving the optical alignment and performance customers expect from Euromex components. Robust optical performance for workshop and lab workflows Manufactured to industry standards, the lens serves as a reliable optical enhancement for routine inspection and precision work. The optical design focuses on image sharpness and contrast rather than decorative elements, which benefits technicians who require consistent results across multiple inspections. As a dedicated optical accessory from Euromex, it offers a concise way to boost microscope versatility in production, laboratory or repair-bench environments, supporting reproducible visual inspections and quality control processes. For a precise match to inspection tasks or to secure the Euromex 1.5× attachment lens NZ.8915 for NexiusZoom systems, contact Metav Werkzeuge in Emmerich at info@metav-werkzeuge.com or +49 2822 7131930 for direct ordering and technical advice Technical data Article number: NZ.8915 Manufacturer: Euromex Type: Attachment lens (1.5×) Specifications Magnification factor: 1.5× Working distance: 53 mm Compatible series: NexiusZoom; NexiusZoom EVO; NexiusZoom ESD Compatibility & features Cross-selling SKUs: NZ.1702-A; NZ.1702-AP; NZ.1702-B; NZ.1702-M; NZ.1702-P; NZ.1702-PG; NZ.1702-S; NZ.1702-U; NZ.1703-A; NZ.1703-AP; NZ.1703-B; NZ.1703-M; NZ.1703-P; NZ.1703-PG; NZ.1703-S; NZ.1703-U; NZ.1902-A; NZ.1902-AP; NZ.1902-B; NZ.1902-B-ESD; NZ.1902-P; NZ.1902-P-ESD; NZ.1902-PG; NZ.1902-S; NZ.1902-S-ESD; NZ.1902-U; NZ.1902-U-ESD; NZ.1903-A; NZ.1903-AP; NZ.1903-B; NZ.1903-B-ESD; NZ.1903-M; NZ.1903-P; NZ.1903-P-ESD; NZ.1903-PG; NZ.1903-S; NZ.1903-S-ESD; NZ.1903-U; NZ.1903-U-ESD Application: Optical enlargement for stereomicroscope inspections Intended for use with NexiusZoom microscope series FAQ What magnification increase does the attachment lens provide? The Euromex NZ.8915 offers a 1.5× magnification factor, increasing the effective enlargement of the NexiusZoom system for improved detail resolution. How does the working distance change when the lens is fitted? With the NZ.8915 fitted, the design preserves a working distance of 53 mm, allowing continued access for tools and probes while benefiting from higher magnification. Which NexiusZoom models are compatible with this lens? Compatibility is specified for NexiusZoom, NexiusZoom EVO and NexiusZoom ESD, ensuring straightforward integration with these series. Will optical alignment or calibration be required after fitting the lens? The NZ.8915 is intended as a system-compatible optical accessory; minor alignment checks are advisable but detailed calibration procedures depend on the specific microscope configuration and task requirements. Is the lens suitable for ESD-sensitive workstations? Yes — the accessory is listed as compatible with the NexiusZoom ESD variant, which is designed for electrostatic-sensitive environments. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
530nm First-Order Lambda Plate in Slide for Polarisation Attachment Without Incident Light - Euromex
Take advantage of precise optical retardation and easy slider integration: the combination of first-order red retardation at 530 nm, reliable slider mounting for polarisation attachments and suitability for transmitted-light microscopy assures consistent contrast enhancement and straightforward workflow. Order directly via Metav Werkzeuge or consult our specialists for compatibility advice. Lambda plate, red first order 530 nm (slider) — Polarisation filter by Euromex The Lambda plate, red first order 530 nm (slider) is a first-order retardation plate supplied in a slider mount for use with polarisation attachments in transmitted-light microscopy, not intended for reflected-light illumination First-order red retardation 530 nm Slider-mounted for polariser attachments Optimised for transmitted-light use Precise retardation for improved polarised contrast A first-order red retardation plate provides a stable and well-defined optical path difference, here specified at 530 nm, which produces consistent interference colours crucial for polarisation contrast. This controlled retardation delivers reproducible enhancement of birefringent structures and reduces ambiguity during qualitative inspection. The optical effect is predictable, aiding quantitative comparisons and documentation in routine microscopy and materials analysis. Seamless fit into existing polarisation holders for faster workflows The slider format ensures quick insertion and removal from standard polariser or analyser mounts, enabling rapid changes between observation modes without recalibration. The slider-mounted design reduces downtime during sample series and supports repeatable alignment, which in turn benefits throughput and traceability in inspection processes. Compatibility with common polarisation attachments simplifies integration into established setups. Designed specifically for transmitted-light polarisation applications Marked explicitly as suitable without reflected illumination, this plate is intended for transmitted-light arrangements where light passes through the specimen before encountering the retardation element. The clear designation prevents misuse in reflected-light configurations and helps to maintain optical performance. For users who require reflected-light retarders, a different accessory should be selected to match those illumination conditions. Quality supply chain and technical support for dependable laboratory use Manufactured by Euromex and distributed through Metav's European hub, the component benefits from a reliable supply chain and quality filtering at the Emmerich facility. Metav stands for the democratisation of precision, combining decades of expertise with a broad product range and a record of over 48,000 customers to support industrial and workshop needs. This distribution channel adds confidence in consistent availability, documentation and conformity for routine polarisation tasks. Contact Metav Werkzeuge for detailed compatibility checks and supply from our Emmerich quality hub to ensure the accessory meets the specific requirements of the polarisation system in use Technical Data Article number: IS.9610 Item: Lambda plate, red first order 530 nm (slider) Product type: Filter / polarisation accessory Manufacturer: Euromex Facts Retardation: first-order red, 530 nm Mounting: slider format Special features For polarisation attachment For transmitted-light use (not for reflected illumination) FAQ What optical effect does a first-order red retardation plate produce? A first-order red retardation plate introduces a controlled optical path difference that yields stable interference colours; the IS.9610 achieves a 530 nm retardation ideal for enhancing birefringent detail in polarised transmitted-light microscopy. Can this slider be used with any polariser holder? The slider design is intended for standard polarisation attachment mounts; compatibility should be checked against the holder dimensions of the polariser or analyser in the optical train. Is this plate suitable for reflected-light microscopy? No — the accessory is specified for transmitted-light applications and is not designed for use with reflected-light illumination setups. How does Euromex quality influence performance? Euromex manufacture ensures optical tolerances and material stability needed for consistent retardation; combined with Metav’s distribution, this supports availability and traceability for industrial and laboratory routines. What documentation is supplied with the product? The component is supplied as a slider-mounted plate; for additional technical data or compatibility drawings, please consult the distributor’s technical resources or contact Metav Werkzeuge. Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
530nm First-Order Lambda Plate Polarisation Attachment for Reflected Light - Euromex
Take advantage of first-order retardation and a centred 530 nm specification for consistent polarisation contrast in reflected-light microscopy; compatible with standard polarisation attachments and built for routine laboratory use. Order the First-order red retardation plate (Euromex IS.9610-R) directly via Metav Werkzeuge or ask our consultants if needed. First-order red retardation plate 530 nm — Polarisation filter for reflected-light microscopy (Euromex IS.9610-R) The First-order red retardation plate 530 nm is a precision optical accessory designed to enhance polarised contrast in reflected-light microscope set-ups; it is intended for use with polarisation attachments and epi-illumination. First-order retardation at 530 nm Compatible with polarisation attachments Optimised for reflected-light (epi) illumination Euromex quality and industrial compatibility Enhanced contrast for polarised reflected-light inspection The retardation element delivers a reproducible interference colour that improves the visual separation of birefringent structures when using polarised light in reflected mode. By introducing a controlled phase shift at 530 nm, the wave plate makes subtle variations in optical anisotropy easier to detect, which supports reliable material identification and surface analysis. This results in more consistent imaging across repeated inspections and simplifies interpretation for technicians and quality engineers alike. Consistent optical specification for reproducible results Manufactured to meet a first-order retardation standard, the component ensures predictable optical behaviour when installed in a polarisation attachment. The designation first-order indicates that the plate produces a phase shift equivalent to one wavelength in the visible red region, centred at 530 nm, which has been chosen for its balance of sensitivity and diagnostic contrast. The clear specification supports instrument calibration and makes the accessory suitable for integration into established microscopy workflows where optical accuracy and repeatability are required. Practical integration and routine durability in laboratory environments The plate is supplied as a dedicated polarisation accessory for reflected-light systems and is intended to be mounted in the microscope's polarisation module or accessory holder. Its design reduces alignment time and minimises adjustments during specimen changes, supporting efficient throughput in inspection routines. Constructed for standard laboratory use, the accessory provides a consistent optical effect without frequent recalibration, thereby contributing to dependable daily operation and reduced process variability. Contact Metav Werkzeuge for advice on integrating the Euromex IS.9610-R into microscope polarisation systems; Metav’s technical team in Emmerich can advise on compatibility and supply at info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: IS.9610-R Product name: First-order red retardation plate 530 nm for polarisation attachment with reflected-light illumination Product type: Filter / Polarisation accessory Manufacturer: Euromex Facts Retardation: 530 nm Retardation order: First-order Special features For polarisation attachment For reflected-light (epi) illumination Red first-order lambda plate Suitable for polarised light microscopy FAQ What optical effect does this plate produce? The First-order red retardation plate (Euromex IS.9610-R) produces a controlled phase shift at 530 nm that enhances interference colours and increases contrast for birefringent features in reflected-light polarised microscopy. Can this plate be used with transmitted-light polarisation setups? The component is optimised for reflected-light (epi) illumination and polarisation attachments; while similar wave plates exist for transmitted-light systems, this item is specified for reflected-light applications. How does first-order retardation help in material analysis? First-order retardation at 530 nm gives a predictable interference colour that simplifies identification of anisotropic surface layers and coatings, enabling clearer differentiation of materials during inspection. Is the accessory compatible with standard polarisation modules? The plate is intended for use with polarisation attachments and standard accessory mounts; compatibility with specific microscope models should be confirmed against mount and aperture specifications. Euromex Microscopen bv, Typograaf 8, 6921 VB Duiven, Nederland, info@euromex.com
56mm x 29mm x 23mm Storage Bag for BioBlue Lab Portable Case, Nylon - Euromex
Choose a compact, durable nylon storage solution with a tailored fit and clear external dimensions to keep BioBlue instruments organised and ready for use; reliable construction and precise sizing support smoother workflow and secure transport. Order the Euromex nylon bag directly via Metav Werkzeuge or consult the Metav team for advice. Nylon bag for BioBlue.Lab — storage solution with tailored fit and clear dimensions (Euromex) Nylon bag for BioBlue.Lab provides protective, compact storage and simple transport for BioBlue laboratory equipment in workshops and laboratories Durable nylon construction Tailored for BioBlue.Lab series External dimensions 56 x 29 x 23 cm Compact storage for lab transport Robust, compact storage that protects instruments The bag is made from nylon, a material chosen for its durability and resistance to everyday wear. With external dimensions of 56 x 29 x 23 cm, the bag is designed to accept instruments from the BioBlue range while keeping them consolidated and organised. The tailored format reduces movement within the bag, so fragile items are less likely to shift during short transfers between benches. This compact design supports efficient use of storage space on shelving and in equipment cupboards, helping to maintain an orderly workshop. Practical handling and workplace integration Thanks to its straightforward form factor and lightweight construction, the bag slips easily onto trolleys or into tool cabinets, aiding fast access and routine storage cycles. The tailored fit for BioBlue.Lab instruments simplifies inventory management by making items easy to identify and retrieve, which speeds up preparation times for procedures. Where space optimisation and predictable handling matter, this storage solution contributes directly to smoother processes and reduced turnaround times. Maintenance and everyday resilience The nylon surface allows for simple maintenance and quick surface cleaning, which helps to keep storage hygienic without elaborate care procedures. The construction is intended for routine workshop and laboratory use rather than heavy industrial abuse; it provides protection against dust and light impact during normal transport. By combining a practical material choice with a design focused on usability, the bag supports consistent equipment availability with minimal upkeep. Designed for consistent workshop performance By standardising how BioBlue instruments are stored and transported, the bag reduces variability in daily workflows and supports predictable handling practices. This contributes to operational reliability and less downtime spent searching for components. When consistent organisation and a professional presentation of equipment are priorities, a purpose-made storage option brings measurable efficiency improvements to bench work and small-scale mobility within facilities. For secure and organised storage of BioBlue laboratory instruments, order the Euromex nylon bag via Metav Werkzeuge in Emmerich — contact info@metav-werkzeuge.com or call +49 2822 7131930 for tailored advice and supply options Technical data Article number: AE.9919 Manufacturer: Euromex Product type: Storage Model series: BioBlue Facts External dimensions: 56 x 29 x 23 cm (H x W x D) UID: AE.9919 Special features Material: Nylon Tailored for BioBlue.Lab instruments Product category: Storage solutions FAQ Is this bag compatible with BioBlue laboratory instruments? Yes. The Euromex nylon bag is designed specifically for BioBlue.Lab equipment and is identified by SKU AE.9919 to ensure correct compatibility. What are the external dimensions and how do they affect shelving? External dimensions are 56 x 29 x 23 cm (H x W x D); these measurements make it suitable for standard shelving and compact storage solutions in labs and workshops. How should the nylon surface be maintained? Surface cleaning with a damp cloth is sufficient for routine maintenance; the nylon construction of the Euromex storage bag AE.9919 supports straightforward upkeep and hygienic storage. Is the bag suitable for transporting instruments between sites? The bag is intended for secure storage and short-distance transport within facilities; it protects against dust and light handling but is not specified as heavy-duty shipping protection. Euromex Microscopen bv, Typograaf 8, 6921 VB Duiven, Nederland, info@euromex.com
57mm 1.5x Auxiliary Objective Lens for ZE.1657, 1.5x Magnification - Euromex
Take advantage of enhanced inspection capability and a safe working distance: the combination of 1.5× magnification and a 57 mm working distance improves visual detail while leaving room for tools and manipulation; order the auxiliary lens directly via Metav Werkzeuge or ask our consultants if needed. AE.1818 — 1.5× Auxiliary Lens for Zoom ZE.1657 (57 mm working distance) AE.1818 — a 1.5× auxiliary lens designed to extend the zoom head capabilities for close visual inspection in laboratory and workshop environments 1.5× magnification for finer detail Maintains 57 mm working distance Compatible with Zoom ZE.1657 Designed for precise visual inspection Improved inspection detail with minimal compromise to workspace The 1.5× magnification of this auxiliary lens enhances image scale, making small features more discernible without requiring a complete change of the optical system. By increasing effective magnification, the lens supports more accurate visual inspection and measurement tasks in quality control and assembly processes. For users who rely on optical detail for decision-making, this accessory offers a rational upgrade to existing zoom optics while keeping the workflow intact and avoiding more expensive objective swaps. Practical working distance that preserves manoeuvrability A 57 mm working distance provides a deliberate balance between magnification and operational clearance. This spacing allows room for probes, tweezers or small handling tools beneath the optics while maintaining a clear image, which is particularly useful for inspection, micro-assembly and soldering operations. The retained clearance reduces the risk of accidental contact with the lens and supports ergonomic handling, helping to keep throughput steady and rework rates low. Seamless integration and proven brand compatibility Engineered for compatibility with Zoom ZE.1657, this auxiliary lens is intended as a plug-in enhancement to existing zoom systems, enabling quick installation and reliable optical alignment. The accessory is optimised for use with Euromex optical heads and complements standard zoom functionality to extend magnification range without extensive recalibration. For teams managing multiple inspection setups, this accessory represents a focused upgrade that preserves system balance and reduces downtime. Contact Metav Werkzeuge for tailored advice and fast delivery from Emmerich – info@metav-werkzeuge.com / +49 2822 7131930 Technical Data SKU: AE.1818 Article: Auxiliary lens 1.5× for Zoom ZE.1657 Type: Objective / lens Brand: Euromex Working distance: 57 mm Cross-compatibility: ZE.1657 Facts Magnification: 1.5× Working distance: 57 mm Special features Compatibility with Euromex zoom head ZE.1657 Intended use: visual inspection and micro-assembly Product category: objective / lens Identifier: AE.1818 FAQ How does the auxiliary lens affect the optical system's magnification? The auxiliary lens increases the system magnification by a factor of 1.5×, enabling finer visual detail without replacing the zoom head. Will the working distance change when the lens is fitted? When mounted, the accessory maintains a 57 mm working distance, designed to preserve clearance for manual tasks beneath the optics. Is this lens compatible only with the ZE.1657 zoom head? The accessory is specified for compatibility with Zoom ZE.1657; compatibility with other heads depends on their mechanical and optical interfaces. Can the AE.1818 be used for inspection and micro-assembly tasks? Yes, the auxiliary lens is intended for close visual inspection and micro-assembly, providing increased detail while allowing handheld tools to be used beneath the optics. Euromex Microscopen bv, Typograaf 8, 6921 VB Duiven, Netherlands, info@euromex.com
589.3 nm Sodium Replacement Lamp For Model 99.400, Accessory - Euromex
Take advantage of the precise 589.3 nm spectral emission and straightforward compatibility with model 99.400 to keep illumination systems operational with minimal disruption; order the replacement directly via Metav Werkzeuge or consult our specialists for compatibility details. Sodium replacement lamp 589.3 nm for 99.400 — Accessory / component (Euromex) A Sodium replacement lamp 589.3 nm for 99.400 serves as a spare illumination component for systems that require the characteristic sodium emission line. 589.3 nm emission wavelength Compatible with model 99.400 Replacement accessory for illumination Consistent spectral output for reliable results The 589.3 nm emission provides the characteristic sodium doublet that many illumination tasks and calibration routines rely on. As a dedicated replacement lamp, it restores the expected spectral behaviour of the original light source and helps to maintain consistent illumination across measurements or visual inspection tasks. This consistency supports reproducible observations and reduces the need for repeated adjustments, which is particularly relevant in applications where stable colour or spectral reference is required. Straightforward compatibility reduces downtime Supplied as an accessory/component intended for use with model 99.400, this replacement lamp is specified to match the original illumination unit’s functional role. The clear compatibility note simplifies inventory management and spare-part planning, enabling maintenance teams to replace failed lamps without protracted sourcing or lengthy system downtime. The component’s designation as a spare part makes it suitable for scheduled maintenance regimes where predictable equipment availability is essential for continuous operation. Supply reliability and specialist backing for peace of mind Sourced from Euromex and distributed via Metav Werkzeuge, the lamp benefits from a reliable supply chain and a supplier ethos that emphasises accessible precision. Metav’s position as a long-standing precision partner ensures a broad product range and dependable logistics, while the accessory itself functions as a direct spare part to keep the original system performing to specification. For technical clarifications or confirmation of suitability within a specific setup, consult the product documentation or Metav’s product advisors. Contact Metav Werkzeuge to request the Euromex sodium replacement lamp 99.197 for model 99.400 or to confirm fitment and delivery options — call +49 2822 7131930 or email info@metav-werkzeuge.com Technical data Article number: 99.197 Designation: Sodium replacement lamp 589.3 nm for 99.400 Type: Accessory / component Manufacturer: Euromex Facts Wavelength: 589.3 nm Cross reference: 99.400 UID: 99.197 Special features Replacement lamp Intended for illumination systems compatible with 99.400 Brand: Euromex FAQ Is this lamp compatible with model 99.400? Yes. The sodium replacement lamp 99.197 is specified for compatibility with model 99.400 as a direct illumination spare. What is the emission wavelength of the lamp? The lamp emits at 589.3 nm, the standard sodium line used where that spectral characteristic is required. Can the Euromex replacement lamp be used in other illumination units? The Euromex lamp is intended as a replacement for the designated 99.400 system; suitability for other units depends on socket, electrical and optical compatibility and should be verified prior to installation. What should be checked before fitting the replacement lamp? Confirm the lamp designation, the receiving socket and the operating instructions of the illumination unit to ensure correct installation and safe operation of the replacement part. Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
58mm Digital Hand Refractometer Sugar Concentration 0.2 Brix / 0.0003 R.I., 1.43–1.52 R.I. - Euromex
Take advantage of a portable, high‑precision measuring solution with a 58–92 Brix range and 1.43–1.52 R.I. capability plus reliable accuracies of ±0.2 Brix and ±0.0003 R.I. for consistent quality checks — order directly via Metav Werkzeuge or consult our specialists for application advice. Digital Hand Refractometer RD.6667 — handheld sugar concentration and refractive index tester by Euromex A Digital Hand Refractometer RD.6667 built for rapid, on‑site determination of sugar concentration and refractive index in food and beverage quality control. Wide measuring range: 58–92 Brix / 1.43–1.52 R.I. High precision: ±0.2 Brix / ±0.0003 R.I. Portable digital instrument for field sampling Clear numerical display for quick interpretation Rapid, traceable readings that support quality control The compact digital hand refractometer delivers numeric results for sugar concentration expressed in Brix and for refractive index in a single device. With a measuring span of 58–92 Brix and 1.43–1.52 R.I., the instrument covers high‑sugar applications such as syrups, concentrates and certain confectionery mixtures. The stated accuracies of ±0.2 Brix and ±0.0003 R.I. provide repeatable values that can be integrated into production control procedures, reducing variation between batches and supporting consistent product specifications. Portable testing where speed matters As a handheld digital instrument, the unit is intended for fast checks at the point of production, in the laboratory or during incoming goods inspection. The digital readout simplifies interpretation, eliminating subjective matching required by analogue scales. This immediacy shortens decision cycles and helps prevent processing delays: when quick verification of sugar concentration or refractive index is needed, the portable solution reduces downtime and helps maintain throughput without sacrificing measurement quality. Clear data for reliable process decisions Precision figures such as ±0.2 Brix and ±0.0003 R.I. translate directly into actionable process information: producers can ascertain whether a batch meets target concentration or requires adjustment. The refractive index range 1.43–1.52 R.I. complements the Brix scale, enabling cross‑reference where optical properties influence formulation or labelling. Such objective, quantifiable readings support traceability and can be recorded in quality documentation to demonstrate compliance with internal standards. Practical suitability and typical applications The device is particularly suited to food and beverage operations that handle concentrated sugar solutions, including producers of syrups, jams, honey and concentrated juices. Its handheld format supports sampling at tanks, during filling and at lab benches. The instrument’s digital operation simplifies measurement workflows, making it accessible for technicians and quality staff with varying levels of laboratory experience while still delivering the precise results required by technical teams. For tailored purchasing and technical guidance on the Euromex RD.6667, contact Metav Werkzeuge for expert advice and reliable supply from their Emmerich hub Technical data Article number: RD.6667 Product type: Refractometer Model: Digital hand refractometer Manufacturer: Euromex Facts Measuring range: 58–92 Brix; 1.43–1.52 R.I. Accuracy: 0.2 Brix; 0.0003 R.I. Special features Digital operation Handheld instrument for sugar concentration measurement FAQ What measurement ranges does this refractometer cover? The RD.6667 measures 58–92 Brix and 1.43–1.52 R.I., providing coverage for concentrated sugar applications. How precise are the results from the RD.6667? Accuracy is specified as ±0.2 Brix and ±0.0003 R.I., which supports reproducible quality control in food and beverage processes. Is the device suitable for field use on production floors? Yes, the digital hand refractometer is designed as a portable instrument for on‑site checks and rapid sampling during production. Which industries commonly use this type of refractometer? Producers of syrups, jams, honey, concentrated juices and similar food and beverage manufacturers use this refractometer to verify sugar concentration and optical properties. How are readings presented and recorded? The RD.6667 provides a clear digital readout with numeric values for both Brix and refractive index, facilitating direct documentation in quality records. Manufacturer: Euromex Microscopen bv, Typograaf 8, 6921 VB Duiven, Nederland, info@euromex.com
58mm Hand Refractometer 3 Scales 13–25% Honey Moisture, 58–92 Brix, 12–27% Water 0.5–1 Resolution - Euromex
Take advantage of precise optical measurement across three dedicated scales for honey and syrups combined with dependable accuracy for routine quality checks; order the Euromex hand refractometer RF.6644 directly via Metav Werkzeuge or consult our specialists for application advice. Euromex Hand Refractometer RF.6644 — 3-scale portable refractometer for honey and Brix The Euromex Hand Refractometer RF.6644 is a compact, handheld refractometer designed for quick determination of honey moisture, Brix and water content, suitable for apiary checks, small laboratories and incoming goods inspection. Three scales for honey and Brix readings Portable optical hand refractometer Accuracy 0.5 and 1 for consistent measurements Robust build for field and lab use Reliable measurements that support quality control The instrument delivers three dedicated measurement scales, combining Brix and honey moisture readings to assist in compliance and grading. With ranges that cover 58–92 °Brix and 12–27 % water content, the device enables straightforward classification of syrups and honey batches. The calibrated optical prism provides repeatable readings so that sampling routines become efficient; this rational advantage reduces downtime in inspection processes and supports traceable results for production records. Built for use at the bench or in the field A handheld optical design means swift checks without elaborate setup. The compact construction and clear analogue scale make this refractometer ideal where portability is essential: from harvesting sites to small-scale processing lines. The robust casing protects the optical system while the simple daylight operation eliminates the need for power supplies, ensuring measurement capability even in remote locations. This practical convenience addresses the common challenge of on-site testing and speeds decision-making in quality workflows. Clear interpretation and low maintenance Readings are immediate and require minimal training: the marked scales and contrast-enhanced reticle enable clear visual interpretation. With accuracy options of 0.5 and 1, the instrument balances sensitivity with usability for routine quality assurance. The optical prism is easy to clean after each sample, reducing cross-contamination risk and extending service intervals. For users less familiar with refractometry, the device’s straightforward operation builds confidence and supports reliable product release decisions. For a precise, portable solution from Euromex for honey and Brix testing, contact Metav Werkzeuge for purchasing advice and application support — Metav Werkzeuge offers local stock and technical consultation to match the device to the workflow. Technical Data Article number: RF.6644 SKU: RF.6644 Type: Refractometer Brand: Euromex Facts Brix range: 58 - 92 Honey moisture range: 13 - 25 % Water in honey: 12 - 27 % Baumé range: 38 - 43 °Be Accuracy: 0.5; 1 Special features Handheld optical design Three measurement scales Portable for field and laboratory use Analogue readout, no external power required FAQ How quickly does the refractometer provide a reading? A clear scale view gives immediate results; the Euromex hand refractometer RF.6644 provides near-instant readings once the sample is placed on the prism. Can this device assess honey quality for storage and sale? Yes, the RF.6644 offers dedicated honey moisture and water-content scales suitable for routine quality checks and basic grading prior to storage or sale. Is specialised training required to use the instrument? No extensive training is necessary; basic instruction on sample application and reading interpretation is sufficient for consistent results with the Euromex refractometer. Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
58mm Refractometer 58–92 Brix 0.2 Resolution - Euromex
Reliable, portable measurement of sugar concentration across a wide working range combined with laboratory-grade precision makes this instrument ideal for routine process checks and quality control. Benefit from the 58–92 °Brix measuring window and 0.2 °Brix accuracy — order directly via Metav Werkzeuge or consult our specialists for application advice. Hand Refractometer RF.6592 – portable refractometer with 58–92 °Brix range (Euromex) A Hand Refractometer RF.6592 is for rapid optical determination of sugar concentration in juices, syrups and process liquids, and is designed for simple field and workshop use. Range 58–92 °Brix Accuracy 0.2 °Brix Portable, hand-held instrument Consistent process control with a wide measuring range The 58–92 °Brix measurement window gives clear coverage where high‑concentration sugar solutions are monitored. This broad range supports both laboratory spot checks and production‑line sampling, providing a direct numerical result that can be used for process documentation or compliance records. The stated 0.2 °Brix accuracy allows for reliable trend analysis and reduces the need for repeated checks, improving throughput while maintaining traceable measurement quality. Practical design for on-site checks and quality assurance Built as a handheld optical device, the refractometer offers a straightforward workflow: place a few drops of sample, close the prism and read the value. The compact construction and absence of mains power make the instrument suitable for mobile inspection rounds and integration into maintenance routines. The clear scale and optical prism arrangement mean rapid readings with minimal preparation, helping to keep sampling time and operational interruptions to a minimum. Readings that are easy to interpret and document Results are delivered as °Brix, the recognised unit for sugar concentration, which simplifies communication across production, laboratory and purchasing teams. The instrument’s precision ensures that individual measurements can be compared directly with process targets or supplier specifications. Where formal calibration or verification is required, the optical measurement principle used here is compatible with standard refractive index reference liquids and verification routines commonly applied in quality management systems. Versatile for multiple sugar-bearing liquids in industry The device is suitable for routine checks in beverage production, fruit processing, confectionery and laboratory sampling. Its optical measurement method provides fast feedback during recipe adjustments, batch release and incoming goods inspection. The small footprint and straightforward handling make it a pragmatic choice for technicians and quality engineers who need dependable, repeatable data without complex setup or training. For dependable sugar-concentration checks from Euromex, contact Metav Werkzeuge in Emmerich to discuss suitability for the intended application and to arrange supply of RF.6592 with professional guidance Technical Data Article number: RF.6592 Name: Hand Refractometer RF.6592 Brand: Euromex Product type: Refractometer Core specifications Measurement range: 58–92 °Brix Accuracy: 0.2 °Brix Features / Applications Hand-held design Optical refractometer for sugar concentration Suitable for juices, syrups and process liquids FAQ What measurement range does the refractometer cover? The instrument measures from 58–92 °Brix, allowing assessment of high‑concentration sugar solutions such as syrups and thick juices. How precise are the readings from RF.6592? Readings are specified with an accuracy of 0.2 °Brix, making RF.6592 suitable for routine quality control and process checks. Is the device suitable for on-site and mobile use? Yes, the hand-held optical design of the Euromex refractometer supports portable field and workshop checks without the need for external power. Can the refractometer readings be validated against standards? The optical principle used by the device allows comparison with refractive index reference liquids; standard verification procedures may be applied for traceable results. Which liquids are appropriate for measurement with this refractometer? The instrument is intended for sugar-bearing liquids such as fruit juices, syrups and other process liquids where °Brix is the relevant metric. Manufacturer: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
5A 250V Fuse Pack 10 Pieces for Delphi-X Observer Halogen 100W - Euromex
Replace halogen fuses reliably with a purpose-made 5 A, 250 V replacement designed for the Delphi‑X Observer halogen illumination; precise electrical matching minimises risk to the lamp and instrument. Order directly via Metav Werkzeuge or consult the Metav advisors for compatibility guidance. Euromex fuses 5 A 250 V — microscopy consumable for Delphi‑X Observer (100 W halogen) A replacement fuse 5 A 250 V is intended for use in Delphi‑X Observer microscopy halogen illumination as a standard consumable for maintenance and safe operation. 5 A, 250 V electrical rating Designed for Delphi‑X Observer halogen lamps Replacement microscopy consumable Euromex quality and compatibility assurance Maintain stable illumination and protect sensitive circuits The 5 A / 250 V rating provides a precise safety margin for halogen lamp circuits, limiting the likelihood of overcurrent damage while preserving normal operation. In practice, that means the illumination circuit for the Delphi‑X Observer halogen lamp is protected without unnecessary nuisance trips. For non-specialists: a fuse interrupts current if an electrical fault occurs, preventing damage to the lamp transformer and associated electronics. Choosing the correct electrical rating is therefore a pragmatic measure to keep microscopes operational and to avoid more costly repairs. Fast replacement reduces instrument downtime Replacing a failed halogen fuse is a straightforward maintenance task that restores full illumination quickly, which is essential in laboratories and workshops where time-critical inspections occur. The replacement parts supplied here are tailored for microscopy lighting systems and allow maintenance teams to make an efficient swap, reducing diagnostic time and minimising interruption to routine workflows. Clear labelling of the component and conformity with the original electrical specification simplify inventory management and help maintain a steady supply of essential consumables. Compatibility, safety and material considerations Compatibility with the halogen illumination system is the primary technical requirement: these fuses are matched to the electrical demands of Delphi‑X Observer models fitted with a 100 W halogen lamp, ensuring correct protective behaviour. The product is a standard safety fuse suitable for typical microscope lighting circuits; it is not a thermal or slow-blow fuse unless explicitly stated by the equipment manual. Using the specified fuse preserves warranty conditions and keeps the instrument within designed safety parameters, while avoiding incorrect substitutions that could lead to overheating or circuit faults. Practical procurement and storage advice for workshops Keeping a selection of correctly specified replacement parts on hand supports uninterrupted operations. As a microscopy consumable, these fuses can be stocked alongside other lighting and small electrical spares so that routine maintenance can be performed without delay. Storage should follow normal workshop practice: dry, secure, and clearly labelled to prevent mix-ups with fuses of different ratings. Documentation of replacements in maintenance logs helps trace recurring electrical issues and supports informed decisions about lamp or transformer servicing. For rapid supply and expert advice on Euromex halogen fuses for Delphi‑X Observer lighting, contact Metav Werkzeuge for product availability and compatibility assistance at info@metav-werkzeuge.com or call +49 2822 7131930. Technical Data Article number: AE.5216 Label: Sicherungen 5A 250 V für Delphi-X Observer Modelle mit 100W halogen Manufacturer: Euromex Facts Electrical rating: 5 A Voltage rating: 250 V Intended lamp power: 100 W halogen Special features Product type: Microscopy consumable Model series compatibility: Delphi‑X Observer Brand: Euromex FAQ What electrical rating do these fuses have? The fuses are specified at 5 A and 250 V as listed for the AE.5216 replacement items for Delphi‑X Observer halogen illumination. Are these fuses compatible with all Delphi‑X Observer models? These fuses are intended for Delphi‑X Observer models equipped with a 100 W halogen lamp; compatibility with other configurations should be checked against the instrument documentation. What is the purpose of using the specified fuse rating? Specifying a 5 A, 250 V fuse ensures correct overcurrent protection for the halogen lighting circuit, reducing the risk of damage to the lamp transformer and associated electronics. Can the fuse type affect lamp performance? Yes; using the correct fuse maintains safe operation of the halogen lamp circuit and helps avoid nuisance shutdowns or inadequate protection that could lead to further component failure. Manufacturer: Euromex Microscopen bv, Typograaf 8, 6921 VB Duiven, The Netherlands, info@euromex.com
5MP Binocular Digital Microscope 4/10/S40/S100x Oil Objectives With NeoLED Lighting, USB-C Power - Euromex
Take advantage of a 5.0 MP imaging sensor, a comfortable binocular head and a versatile objective set including an S100x oil immersion objective for reliable laboratory documentation and detailed sample inspection; order the instrument directly via Metav Werkzeuge or consult our specialists for integration advice. BioBlue BB.4267 binocular 5 MP digital microscope by Euromex — oil immersion and NeoLED lighting BioBlue BB.4267 is a binocular digital microscope engineered for routine laboratory imaging and accurate sample observation in teaching, quality control and clinical settings Binocular head for comfortable observation 5.0 MP digital sensor for detailed imaging Objectives: 4x, 10x, S40x, S100x (oil immersion) Bi-colour NeoLED 1 W illumination and cross stage High-resolution imaging that supports traceable documentation The instrument delivers 5.0 MP digital images, enabling clear visual records for inspection, reporting and archiving. A higher megapixel count improves detail capture without demanding specialist handling; this means features such as cell morphology, microstructures or surface textures are recorded with greater clarity for subsequent analysis. The digital imaging capability supports consistent documentation workflows and reduces the need for repeated sample preparation, improving throughput in routine laboratory work. Ergonomic binocular design for sustained observation sessions A binocular head provides a natural viewing posture, reducing eye and neck strain during extended examinations. The head design benefits training rooms and inspection benches where longer observation times are common, allowing staff to maintain accuracy without fatigue. Comfortable observation encourages methodical inspection, which contributes to more reliable results over repeated use. Versatile objective range for everyday and immersion microscopy Equipped with 4x, 10x, S40x and S100x (oil immersion) objectives, the system covers a wide magnification range for coarse scanning through to high-magnification detail work. Oil immersion at S100x increases numerical aperture and resolution on fine structures; this is particularly useful when investigating minute specimen features that standard dry objectives cannot resolve. The combination of objectives reduces the need for multiple instruments and streamlines sample preparation. Stable sample positioning for reproducible measurements The integrated cross stage allows precise lateral movement and fine positioning of the specimen. This stability and control are essential for comparative observations, photodocumentation and measurements that require returning to an exact field of view. Reliable stage mechanics support methodical workflows and contribute to reproducible results in laboratory and education applications. Reliable illumination and adaptable power options The NeoLED 1 W bi-colour illumination provides even, adjustable light across samples, enabling contrast control for different specimen types. The lighting yields a consistent illumination spectrum that helps to reduce artefacts and supports clearer imaging. Power flexibility is provided via battery operation (3 AA cells) for portable use and an external 5 Vdc USB‑C 100–240 Vac multi‑plug power supply for bench work, allowing the instrument to be used both in the field and in the laboratory without sacrificing image stability. Designed for integration into laboratory routines This digital binocular instrument suits documentation, teaching and routine inspection tasks where dependable imaging and straightforward handling matter. The compact workflow benefits from the combination of stable optics, reliable illumination and a cross stage, helping laboratories and workshops to maintain a steady throughput. For teams seeking an affordable, practical option for high-detail observation, this system represents a balanced choice between performance and usability. Contact Metav Werkzeuge for technical guidance and local supply from Emmerich—Metav Werkzeuge GmbH, Parkring 45, 46446 Emmerich; info@metav-werkzeuge.com; +49 2822 7131930 Technical Data Article number: BB.4267 Product type: microscope Brand: Euromex Model series: BioBlue Data Imaging resolution: 5.0 MP Objective magnifications: 4x, 10x, S40x, S100x Illumination power: 1 W Special features Binocular head Cross stage S100x oil immersion objective NeoLED bi-colour illumination Power options: 3 AA batteries; external 5 Vdc USB-C 100–240 Vac adapter FAQ How suitable is this microscope for teaching laboratories? The BioBlue BB.4267 binocular digital microscope offers a comfortable binocular head and robust illumination, making the instrument well suited to teaching environments where extended viewing and repeat demonstrations are required. Can the system produce images suitable for publication or reports? Yes. The 5.0 MP sensor captures detailed images that are appropriate for documentation and routine reporting; images are clear enough for quality control records and illustrative materials. Is oil immersion available for high-magnification work? The instrument includes an S100x oil immersion objective, allowing higher numerical aperture and improved resolution for fine structural analysis when immersion techniques are required. Does the microscope support portable use outside the laboratory? Portable operation is possible via standard 3 AA batteries, while the external multi‑plug power supply (5 Vdc USB‑C, 100–240 Vac) supports stable bench operation. Manufacturer / Responsible: Euromex Microscopen bv; Typograaf 8; 6921 VB Duiven; The Netherlands; info@euromex.com
See microstructure clearly for decisive quality control
A metallographic microscope (also referred to as a metallurgical microscope or inspection microscope) is an indispensable optical precision instrument in metallography. It renders the microstructure of metals and alloys visible at high magnification and forms the essential link between physical sample preparation and materials‑science assessment.
How the system works in the lab
Metals are opaque to transmitted light, so inspection is performed using reflected‑light techniques. The setup comprises an illumination system that directs light through a beam splitter onto the prepared surface, a high‑quality objective that provides the primary magnification and resolution, and a tube with an eyepiece for visual inspection. Image quality is governed primarily by the objective’s numerical aperture, which determines the resolving power for fine structural details. Integration with a digital camera and specialised evaluation software enables accurate imaging, documentation and norm‑compliant measurement of grain size, phase fractions and microdefects.
Practical benefits for production and quality assurance
In industrial quality control the microscope provides measurable outcomes that reduce risk and save time:
- improved detection of inclusions, pores and micro‑cracks, lowering the chance of in‑service failure
- reproducible grain‑size and phase analysis (ferrite, pearlite, martensite) through calibrated imaging and software tools
- faster throughput in inspection routines, reducing sample turnaround and non‑productive downtime
- enhanced traceability by saving images and measurement reports to support audits and batch acceptance
Why Metav is the pragmatic partner for microscopes
Metav combines decades of metrology expertise with a broad range of inspection solutions, acting as a quality filter for the european market from its base in Emmerich. With over 48,000 customers and more than 250,000 products, Metav offers a single, reliable source for microscopes, camera systems and evaluation software, ensuring consistent supply and professional advice for industry and workshops.
FAQ
Which inspection tasks are best suited to a metallographic microscope?
A metallographic microscope is ideal for analysing grain size, identifying microstructural phases such as ferrite, pearlite and martensite, and detecting microscopic defects like inclusions, pores or cracks that may affect mechanical integrity.
How does numerical aperture affect image quality?
The objective’s numerical aperture directly influences resolution and contrast; higher numerical aperture allows the microscope to resolve finer features in the sample microstructure, which is critical for accurate phase identification and defect sizing.
Can I connect a camera and perform automated measurements?
Yes. Modern metallographic microscopes can be paired with a digital camera and evaluation software to capture images, perform calibrated measurements and generate reproducible, norm‑compliant reports for documentation.
What should I consider when choosing objectives for metallurgical work?
Select objectives with appropriate magnification and high numerical aperture, compatible with reflected‑light illumination and the intended measurement standards; quality optics minimise artefacts and improve repeatability of results.
Does Metav supply complete inspection solutions for workshops?
Metav supplies microscopes, camera systems and software as part of a comprehensive product range, backed by decades of expertise and a commitment to reliable delivery from Emmerich.
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Mail: info@metav-werkzeuge.com