48mm 1.5x Auxiliary Lens for Zoom Stereomicroscopes, 48 mm Working Distance - Euromex
Take advantage of the 1.5x magnification while keeping a consistent 48 mm working distance, ensuring greater detail without compromising specimen access; order or request technical advice via Metav Werkzeuge for a seamless integration into existing zoom microscope setups. SB.8915 — Euromex auxiliary lens 1.5x for zoom stereomicroscopes, 48 mm working distance The SB.8915 is an auxiliary 1.5x lens designed to increase magnification on compatible zoom stereomicroscopes while maintaining a practical 48 mm working distance; it is not suitable for SB.39xx models. 1.5x magnification increase 48 mm working distance retained Fits most zoom stereomicroscopes Not compatible with SB.39xx models Greater detail with a maintained working distance The auxiliary lens offers a 1.5x magnification step that enhances visual detail for inspection and assembly tasks without forcing a closer approach to the specimen. By preserving the 48 mm working distance, the attachment supports continued use of tools and probes beneath the objective, reducing the need for re-fixturing and improving workflow efficiency. This configuration is particularly relevant where extra resolving power is required for inspection or fine manipulation under a stereo setup. Straightforward compatibility for zoom systems Engineered for use with zoom stereomicroscopes, the lens is intended as an optical attachment that integrates with existing zoom optics. Compatibility is focused on zoom model ranges; the accessory is explicitly not compatible with SB.39xx series instruments, so verification of the microscope series is recommended before specification. The design avoids elaborate mechanical adjustments, enabling a quick optical upgrade that keeps the microscope’s zoom functionality available for variable magnification work. Optical performance aligned with practical use While specified data highlights the magnification and working distance, the primary benefit is improved image scale for inspection and documentation tasks. The optical addition increases apparent specimen size without forcing operators into awkward positions, which helps maintain ergonomic handling during longer sessions. For applications where clearer detail at moderate spatial separation is needed—such as electronics inspection, component assembly or biological sample handling—the attachment provides a targeted improvement in observational capability. Metav as a reliable procurement partner Sourcing this accessory through Metav Werkzeuge brings practical advantages beyond the component itself. Metav stands for democratising precision: a combination of accessible pricing and a consistent quality filter at its Emmerich location ensures reliable supply for workshops and industry alike. With a broad product range and long-term market presence, Metav supports inventory consolidation and dependable delivery, reducing procurement complexity for laboratory and production environments. For purchase enquiries or product compatibility checks, contact Metav Werkzeuge for tailored advice and secure procurement of the SB.8915 auxiliary lens while ensuring fit with existing zoom stereomicroscopes. Technical Data Article number: SB.8915 SKU: SB.8915 Manufacturer: Euromex Product type: Microscope auxiliary lens Core data Magnification: 1.5x Working distance: 48 mm Special features For zoom models (zoom stereomicroscopes) Not compatible with SB.39xx Category: Accessories for stereomicroscopes Image file: SB.8915.jpg FAQ Is this lens compatible with all stereomicroscope zoom heads? Compatibility is intended for zoom stereomicroscopes; the SB.8915 is suitable for many zoom models but is explicitly not compatible with the SB.39xx series. What magnification increase does the accessory provide? The SB.8915 provides a 1.5x magnification boost to the existing zoom range, enabling finer inspection without replacing the main objective. Will the working distance be reduced by fitting the lens? The accessory maintains a 48 mm working distance, allowing continued use of tools and probes beneath the objective while gaining magnification. Can the lens be used for assembly and inspection work requiring tool access? Yes, by retaining the 48 mm working distance the lens supports tasks that require manual access and tool manipulation beneath the objective. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
4x iScope Microscope Objective 0.13 NA 16.4mm Working Distance - Euromex
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4x MicroBlue Microscope Objective 0.10 NA - Euromex
The combination of 4x magnification and a numerical aperture of 0.10 provides a dependable low-power overview with sufficient resolution for general inspection and teaching tasks; order the lens through Metav Werkzeuge for reliable supply or consult the Metav specialists for suitability and technical advice. Euromex MicroBlue MB.7004 microscope objective — 4x, NA 0.10 The MicroBlue MB.7004 is a low-power microscope objective designed for overview imaging and educational inspection tasks. 4x magnification for overview imaging Numerical aperture 0.10 for consistent imaging MicroBlue series by Euromex, SKU MB.7004 Accurate low-power imaging for rapid inspections The 4x configuration in this objective delivers a broad field of view that supports fast sample navigation and initial assessment. With a numerical aperture of 0.10, the lens balances depth of field and resolving power to reveal essential structure without the need for frequent focus adjustment. For laboratories and classrooms that require consistent baseline imaging, this low-magnification optic provides repeatable results and a clear visual context before switching to higher-power objectives. The combination of wide field and stable focus makes the component suitable for routine overview work and initial sample orientation. Why numerical aperture 0.10 matters for clarity Numerical aperture directly affects both resolution and light-gathering capability. A numerical aperture of 0.10 indicates moderate resolving performance combined with extended depth of field, which is particularly useful at low magnification where sample topography can vary. In practice, this results in clearer contrast for larger structures and reduced need for constant refocusing during demonstrations or inspection rounds. The specification is therefore a practical choice where ease of use and reliable image quality are priorities, rather than pushing the limits of microscopic resolution. Designed to support education and inspection workflows The MicroBlue series places emphasis on straightforward performance for teaching and routine inspection. Drawn from educational documentation, the objective is optimised for environments where fast, comprehensible images are required to convey detail or locate areas of interest. This makes the lens a suitable option for training labs, schools and workshop quality checks where robust, predictable optics speed up workflow and reduce setup time. The simple, well-defined optical characteristics contribute to user confidence during demonstrations and inspections. Clear specifications for procurement and inventory control Identification and procurement are simplified by the clear labelling and series designation. The Euromex MicroBlue line, and specifically the MB.7004 designation, ensures straightforward stockkeeping and compatibility checks within instrument inventories. The concise technical profile—magnification and aperture—allows purchasing and maintenance teams to compare optics on objective criteria and to plan instrument configurations without ambiguity. This focused specification reduces decision time when equipping teaching benches or inspection stations and supports a predictable supply chain. Discuss the Euromex MicroBlue MB.7004 with Metav Werkzeuge for fast verification of fit and application – contact Metav Werkzeuge via info@metav-werkzeuge.com or call +49 2822 7131930 to request further technical clarification or procurement assistance Technical data Article number: MB.7004 Manufacturer: Euromex Model series: MicroBlue Product type: microscope objective SKU: MB.7004 Source: Education PDF S. 7 Facts Magnification: 4x Numerical aperture: 0.10 Objective designation: 4x/0.10 Special features Part of MicroBlue series Intended for microscopes Label: Mikroskopobjektiv MicroBlue MB.7004 UID: MB.7004 FAQ What magnification and aperture does this objective provide? The Euromex MicroBlue MB.7004 offers 4x magnification with a numerical aperture of 0.10, providing a wide field of view and balanced depth of field for overview imaging. Is this objective suitable for educational laboratories? Yes. The MB.7004 is documented in educational materials and is designed to support teaching and routine inspection tasks where easy sample navigation and clear overview images are needed. How does the numerical aperture affect imaging with this objective? A numerical aperture of 0.10 moderates resolution while increasing depth of field and light collection compared with very low-NA optics, resulting in stable focus and improved contrast for larger structures at low magnification. How is the product identified for procurement and stock control? The item is listed as Euromex MicroBlue MB.7004 and referenced by SKU MB.7004, making it straightforward to order and track within inventory systems. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
4x Microscope Objective 0.10 NA 17.92 mm Working Distance - Euromex
Benefit from 4x magnification, a numerical aperture of 0.10 and a working distance of 17.92 mm for reliable imaging in educational and routine inspection settings; order the Euromex objective directly via Metav Werkzeuge or consult their specialists for application guidance. Euromex BioBlue.Lab BB.8804 – 4x Microscope Objective, 0.10 NA, 17.92 mm WD Euromex BioBlue.Lab BB.8804 is a microscope objective intended for general microscopy and educational use, designed to combine clear low-power imaging with a generous working distance. 4x magnification objective Working distance 17.92 mm Numerical aperture 0.10 Clear low-power imaging for routine inspection The 4x setting delivers a broad field of view that supports rapid sample overview and positioning. With a numerical aperture of 0.10, the lens provides sufficient light-gathering ability for brightfield observation while keeping depth of field generous, which benefits users during coarse alignment and overview work. This combination reduces the need for frequent refocusing and speeds up routine inspection tasks in teaching labs and basic analysis environments. Generous working distance for practical handling A working distance of 17.92 mm gives comfortable clearance between the objective and the specimen, making it easier to manipulate slides, inserts or light sources without risking contact. For practical workflows in training rooms and production benches, this spacing minimises handling interruptions and supports safer sample changes. The physical clearance is particularly useful when examining thicker specimens or when additional fixtures are used on the stage. Technical clarity for users with varied expertise Key optical terms are explained to aid decision-making: numerical aperture denotes the objective's ability to resolve fine detail and collect light; a value of 0.10 is typical for low-power objectives, balancing brightness and practical depth of field. The modest magnification and optical specification mean the lens is well suited for initial scans, coarse measurements and educational demonstrations, where robustness and ease of use are prioritised over high-resolution imaging. Consistent supply and specification transparency Supplied under the BioBlue.Lab series, this objective adheres to documented educational and life-science specifications, ensuring predictable performance across multiple units. The clearly stated parameters—4x, 0.10 NA, 17.92 mm WD—support repeatable results in classroom settings and routine quality control. For procurement, Metav Werkzeuge acts as a reliable distribution channel to maintain stock continuity and consistent quality for workshops and teaching facilities. Discuss technical fit and availability with Metav Werkzeuge to ensure the BioBlue.Lab BB.8804 meets laboratory requirements and to secure reliable delivery from Emmerich — info@metav-werkzeuge.com | +49 2822 7131930 Technical data Article number: BB.8804 SKU: BB.8804 Brand: Euromex Model series: BioBlue.Lab Product type: Microscope objective Label: Mikroskopobjektiv BioBlue.Lab BB.8804 UID: BB.8804 Measured values Magnification: 4x Working distance: 17.92 mm Numerical aperture: 0.10 Features / Applications For microscopes (category: microscopy accessories) Suitable for educational and routine inspection use Specification source: Education PDF S.16; Life Science PDF S.12 FAQ What magnification does this objective provide? The Euromex BioBlue.Lab BB.8804 microscope objective (SKU BB.8804) provides 4x magnification for wide-field overview imaging. What is the working distance and why does it matter? The working distance is 17.92 mm; this clearance helps when handling slides or specimens and reduces the risk of collisions during sample manipulation. How does a numerical aperture of 0.10 affect imaging? A numerical aperture of 0.10 balances light collection and depth of field, making the objective suitable for brightfield overview and coarse alignment rather than high-resolution detail work. Is this objective appropriate for teaching laboratories? Yes, the optical balance and generous working distance make the BioBlue.Lab BB.8804 well suited for teaching environments and basic inspection tasks. Will this objective work on all microscopes? Compatibility depends on the microscope's nosepiece and mounting standard; the specification sheet for the Euromex BioBlue.Lab BB.8804 should be consulted to confirm mechanical fit. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
4x Microscope Objective 0.10 NA 7.18mm Working Distance - Euromex
Precision optics combine with a practical working distance and a balanced numerical aperture to support routine imaging and educational use. Benefit from the 4x magnification, the 0.10 numerical aperture and a 7.18 mm working distance for safe sample handling; order via Metav Werkzeuge or consult our specialists for compatibility guidance. Microscope objective BioBlue.Lab BB.7204 — 4x, 0.10 NA by Euromex Microscope objective BioBlue.Lab BB.7204 provides low-power imaging suitable for general microscopy and educational applications with a 7.18 mm working distance. 4x magnification for overview imaging 0.10 numerical aperture for contrast balance 7.18 mm working distance for sample clearance Part of BioBlue.Lab series by Euromex Reliable low-power imaging that speeds routine inspections The 4x setting of this low-power objective delivers a wide field of view that accelerates sample overview and specimen orientation, reducing time spent locating regions of interest. Its 0.10 numerical aperture offers a favourable balance between resolution and depth of field, which is advantageous when scanning slides or working with thicker preparations. The optical design supports consistent contrast and clear visual feedback, helping to maintain throughput in teaching labs and quality-control workflows while keeping image interpretation straightforward. Practical handling and reduced risk at the stage A 7.18 mm working distance gives a measurable clearance between the objective and the specimen, lowering the chance of accidental contact with slides or coverslips during focusing and manipulation. This objective is noted as a PLi objective in the technical documentation, indicating design choices that favour practical use in everyday microscopy. By combining a modest numerical aperture with a safe working distance, the optic supports robust handling protocols and reduces interruptions from re-centring or slide replacement, thereby contributing to steady workflow performance. Trusted series-level performance for education and routine labs Belonging to the BioBlue.Lab series from Euromex, this objective is positioned for general laboratory and instructional environments where dependable, repeatable imaging is required. The specification set—magnification, aperture and working distance—makes it well suited to overview imaging, live-sample observation and preparatory scanning before switching to higher-power objectives. Paired with consistent optical manufacture, the component supports standardisation across multiple microscopes, which simplifies training and reduces calibration variance within a teaching cohort or production line. For reliable compatibility checks and supply of the BioBlue.Lab objective, contact Metav Werkzeuge to discuss system fit, delivery options and stock availability; Metav Werkzeuge supplies precision optics from Emmerich and can advise on integration with existing microscope equipment (info@metav-werkzeuge.com / +49 2822 7131930) Technical data Article number: BB.7204 SKU: BB.7204 Brand: Euromex Product type: Microscope objective Model series: BioBlue.Lab Facts Magnification: 4x Numerical aperture: 0.10 Working distance: 7.18 mm Special features PLi objective Intended for microscopes Label: Mikroskopobjektiv BioBlue.Lab BB.7204 UID: BB.7204 FAQ What is the main application of this objective? The BioBlue.Lab BB.7204 is designed for low-power overview imaging and routine microscopy tasks where a wide field of view and safe working distance are priorities. How does a 0.10 numerical aperture affect image quality? A 0.10 numerical aperture on this objective provides moderate resolution with an increased depth of field, making focus and specimen navigation easier compared with higher-NA, high-magnification lenses. Why is a 7.18 mm working distance important? A 7.18 mm working distance reduces the risk of contact with slides or samples during focusing and manipulation, improving operational safety and handling confidence. Is the BB.7204 suitable for educational laboratories? Yes, the specification and handling characteristics of the BioBlue.Lab BB.7204 make it well suited to teaching labs and routine inspection environments where robust, repeatable imaging is required. Does the objective belong to a series with comparable optics? The objective is part of the BioBlue.Lab series by Euromex, which groups optics with consistent handling and imaging characteristics for straightforward system standardisation. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
4x Microscope Objective Achios-X Observer 0.17 mm Working Distance 0.15 NA - Euromex
Take advantage of the combination of clear low‑magnification overview, a moderate numerical aperture for balanced contrast and resolution, and the compact 0.17 mm working distance for close inspection tasks — order directly via Metav Werkzeuge or consult the specialists for integration advice. Achios-X Observer AX.7304 — 4x microscope objective, NA 0.15 (Euromex) The Achios-X Observer AX.7304 is a 4x microscope objective designed to provide a wide field of view with a numerical aperture of 0.15, optimised for rapid sample orientation and low‑magnification documentation. Low magnification 4x for broad overview Numerical aperture 0.15 for balanced resolution Short working distance 0.17 mm for close inspection Wide‑field overview with dependable optical balance The optical design centres on a 4x power coupled with a numerical aperture of 0.15, which delivers a favourable compromise between resolution and light throughput. For routine inspection and specimen orientation, this combination yields large visual coverage with sufficient detail to locate regions of interest quickly. The specification listed as PL‑SAFi signals a design aimed at stable imaging performance across the field. The moderate NA supports documentation with standard cameras while keeping illumination requirements reasonable; this enables efficient workflows in laboratories and quality‑control stations where fast overview imaging is required. Integrates into inspection workflows; suitable for rapid orientation With a 0.17 mm working distance, the objective places the front lens very close to the specimen plane, which benefits close inspection of thin preparations and mounted samples. This small working distance necessitates careful sample preparation and stage control to avoid contact, but it also improves image detail at low magnification compared with objectives having larger clearances. The design is therefore well suited to applications where quick sample navigation and initial imaging are priorities. Compatibility depends on the host microscope's optical system and mounting; the objective performs best when used with an appropriately configured observation tube and illumination setup. Practical handling, supply reliability and precision assurance Manufactured by Euromex, this optical unit is intended for users seeking straightforward, reliable low‑power imaging. The compact form factor reduces handling complexity and the optical specification supports consistent results in everyday microscopy tasks. Metav's role as a precision partner brings added assurance: decades of product selection and a broad offering make procurement and replacement straightforward. For customers uncertain about integration or requiring further technical data, Metav Werkzeuge provides technical advice and transparent supply from its Emmerich hub, ensuring dependable delivery and a tested quality filter for the European market. Contact Metav Werkzeuge today to discuss the Euromex Achios-X Observer AX.7304 for precise low‑power imaging and to confirm compatibility with existing microscope systems — email info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: AX.7304 SKU: AX.7304 Manufacturer: Euromex Model series: Achios-X Observer Product type: Microscope objective Facts Magnification: 4x Numerical aperture: 0.15 Working distance: 0.17 mm Special features PL-SAFi optical description (from source) Source: Life Science PDF S. 21,46 Label: Mikroskopobjektiv Achios-X Observer AX.7304 UID: AX.7304 FAQ What magnification does this objective provide? The objective delivers 4x magnification, suitable for broad overview imaging and initial specimen orientation with the Achios‑X Observer AX.7304. What is the numerical aperture and why does it matter? The numerical aperture 0.15 indicates a balanced performance between resolution and light collection; the AX.7304 uses this NA to provide clear low‑power images with practical illumination demands. How close can the objective get to the specimen? The working distance is 0.17 mm, meaning the front lens sits very close to the specimen; careful stage control and sample preparation are recommended when using this objective. Is this objective suitable for documentation with a camera? Yes — the optical balance of 4x and NA 0.15 supports routine documentation when combined with a compatible microscope tube and camera system; the objective is designed for reliable overview imaging and record‑keeping. Who supplies and supports this product in Europe? The Achios‑X Observer AX.7304 is supplied via Metav Werkzeuge for the European market; Metav provides product selection advice and logistical support from Emmerich. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
5 mm 20x iScope Microscope Objective NA 0.40, WD 5 mm - Euromex
Take advantage of precise optical performance combined with a short working distance for high-detail imaging in compact setups; order the lens directly via Metav Werkzeuge or consult our specialists for integration advice. iScope IS.7720 microscope objective — 20× / NA 0.40 by Euromex The iScope IS.7720 is a 20× microscope objective designed for high-resolution observation in education and life-science applications, offering a compact working distance for close-sample imaging. 20× magnification for detailed observation Numerical aperture 0.40 for improved resolution Working distance 5 mm for close-up samples PLPH design for sharp image correction Outstanding detail where it matters This optical component delivers 20× magnification with a numerical aperture of 0.40, giving a clear balance between resolving power and depth of field. The elevated aperture improves light-gathering capacity, which results in finer detail when imaging stained preparations or small features on material samples. The design supports consistent contrast and sharpness across the field, making it suitable for teaching laboratories and routine life‑science work where reproducible visual results are required. Compact working distance for close inspections A working distance of 5 mm enables examination of specimens that need to be positioned very close to the lens, such as mounted slides with coverslips or specimens in small containers. While this close proximity demands careful sample handling, it allows higher numerical apertures to be realised in a compact form factor. For users unfamiliar with optical trade-offs: higher aperture increases resolution but reduces the available clearance between lens and sample, so careful focus control and sample mounting improve outcome reliability. Practical optical design explained The objective’s PLPH designation indicates a planachromatic, phase-corrected hybrid design that reduces field curvature and chromatic aberration, yielding a flatter field and more accurate colour rendition across the image. This correction means fewer adjustments are needed for evenly illuminated images and simplifies documentation tasks. The optical correction benefits both novices and experienced microscopists by lowering the time spent compensating for aberrations during routine observation. Integration and application guidance The lens is supplied as part of a standard objective range and is compatible with common microscope nosepiece systems; it suits educational, clinical and industrial inspection workflows that prioritise clear, corrected images at medium magnification. When used with appropriate illumination and condenser settings, the objective supports reproducible results for documentation and measurement tasks. For applications requiring alternative working distances or higher magnification, consult the available range within the same series to match task-specific needs. For tailored technical advice on integrating the Euromex iScope IS.7720 into laboratory or inspection workflows, contact Metav Werkzeuge for expert guidance and supply from Emmerich. Technical Data Article number: IS.7720 SKU: IS.7720 Brand: Euromex Model series: iScope Product type: Microscope objective Optical specifications Magnification: 20× Numerical aperture: 0.40 Working distance: 5 mm Construction & features PLPH objective design Reference: Education PDF p.24; Life Science PDF p.16,41 Description: Microscope objective iScope IS.7720 FAQ What magnification and aperture does this objective provide? The Euromex iScope IS.7720 objective offers 20× magnification with a numerical aperture of 0.40, providing a balance of resolution and depth of field suitable for detailed imaging. Is the working distance sufficient for mounted specimens with coverslips? Yes, the 5 mm working distance is intended for close-sample observation and is compatible with standard mounted slides and coverslips, though careful focusing is recommended due to the short clearance. What does PLPH mean and why is it important? PLPH refers to a planachromatic, phase-corrected hybrid design that reduces field curvature and chromatic aberration, resulting in a flatter field and improved colour accuracy for clearer images with less adjustment. Can this objective be used for both teaching and light‑microscopy inspection tasks? The objective is suitable for education and routine life‑science or inspection work where medium magnification and corrected optics are required, offering reproducible imaging across common laboratory tasks. Are there references documenting the specification values? Specification details for the lens, including magnification, working distance and numerical aperture, are listed in the supplied education and life-science PDFs referenced in the product documentation. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
5.0 mm 10x bScope Microscope Objective 0.25 NA, WD 5.0 mm - Euromex
Combine tenfold magnification, a 5.0 mm working distance and a 0.25 numerical aperture to achieve clear, repeatable images for routine laboratory and educational applications. Order the microscope objective directly via Metav Werkzeuge or contact our consultants for tailored advice. Microscope objective bScope BS.8410 — 10× magnification, NA 0.25 (Euromex) Microscope objective bScope BS.8410 is a laboratory-grade objective designed for general microscopy and life‑science applications, offering compact optics for routine imaging. Tenfold magnification for clear detail Working distance 5.0 mm for close samples Numerical aperture 0.25 for balanced resolution Dependable daily imaging that keeps workflows moving The bScope BS.8410 objective brings a reliable optical solution to everyday microscopy tasks. With tenfold magnification and a numerical aperture of 0.25, the lens provides a practical balance between contrast and resolution, making it suitable for routine observation, teaching labs and sample screening. The short working distance of 5.0 mm allows compact setups and close-up views of slides, while the objective’s construction supports consistent focal performance across repeated examinations. The result is faster sample throughput and fewer adjustments during a typical session. What the optical specifications mean for results Understanding the numbers saves time: the numerical aperture (NA) describes the objective’s ability to gather light and resolve fine detail — a higher NA improves resolving power at the cost of depth of field. With NA 0.25, this objective is optimised for crisp imaging of standard stained slides and routine brightfield applications without demanding complex illumination. The specified working distance defines the gap between lens front and specimen; 5.0 mm offers close access while still leaving room for coverslips and minor manipulations. The designation IOS PLi noted in the product data refers to the optical type and correction level used by Euromex to maintain flat field performance in typical educational and life‑science setups. Simple integration and consistent handling in labs The objective’s format and mounting suit standard microscope turrets, enabling straightforward replacement and compatibility with common trinocular and binocular microscopes. Its design supports technicians and instructors who require dependable optics without lengthy calibration each day. Paired with a clear specification sheet and source references, the lens reduces uncertainty in procurement and setup. For workshops and small laboratories seeking dependable optics, the combination of balanced performance and consistent manufacturing delivers measurable time savings and fewer repeat inspections, contributing to smoother operations. For a precise fit in educational or lab workflows, contact Metav Werkzeuge to discuss the Euromex bScope BS.8410 or request further technical details and sourcing options — Metav Werkzeuge provides direct support from Emmerich and specialist advice for integration. Technical Data Article number: BS.8410 SKU: BS.8410 Product type: Microscope objective Series: bScope Manufacturer: Euromex Label: Microscope objective bScope BS.8410 Facts Magnification: 10× Working distance: 5.0 mm Numerical aperture: 0.25 Special features IOS PLi objective Source: Education PDF-S. 21; Life Science PDF-S. 9,39 Category: For microscopes FAQ What samples is this objective best suited to? The Euromex bScope BS.8410 microscope objective is ideal for standard stained slides and routine brightfield specimens where balanced resolution and contrast are required. How does the numerical aperture affect image quality? A numerical aperture of 0.25 on the bScope BS.8410 improves the objective’s ability to gather light and resolve detail compared with lower NA optics, while maintaining a useful depth of field for everyday observations. Will the objective fit a standard microscope turret? Yes, the bScope BS.8410 is designed for conventional turret mounting and integrates easily into typical laboratory binocular and trinocular microscopes. Is the short working distance a limitation for sample manipulation? The 5.0 mm working distance on this objective offers close access for detailed viewing while still accommodating coverslips and light sample handling during routine procedures. Where can the technical source information be found? Further specification and reference material are listed in the product sources: Education PDF‑S. 21 and Life Science PDF‑S. 9,39, as cited in the product details. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
5.1 mm 20x iScope Microscope Objective 0.40 NA - Euromex
High-resolution imaging at 20x magnification combined with a 0.40 numerical aperture and a 5.1 mm working distance delivers crisp, reliable results for routine laboratory and teaching applications; order the objective directly via Metav Werkzeuge or request technical advice from our consultants. iScope IS.8920 20x Microscope Objective, 0.40 NA by Euromex The iScope IS.8920 is the 20x microscope objective optimised for routine laboratory and life science brightfield work, offering a balance of resolution and specimen clearance. 20x magnification for detailed imaging Numerical aperture 0.40 for higher resolution Working distance 5.1 mm for specimen clearance Documented use in education and life science Sharp imaging where numerical aperture matters The 20x optical element in this objective delivers a clear enlargement suited to inspection tasks and microscopy teaching. The 0.40 numerical aperture is the decisive optical parameter for resolving fine detail; a higher numerical aperture increases light-gathering ability and improves lateral resolution, which is beneficial when distinguishing small structures in stained specimens. As a result, the objective supports more reliable measurement and visual assessment in routine workflows. Where precise optics are required, the combination of 20x and 0.40 NA produces a notable improvement in image contrast compared with lower-NA mid-power lenses. Practical working distance for everyday lab handling A working distance of 5.1 mm provides sufficient clearance between the front lens and the sample for common slide-mounted preparations and thin coverslips, reducing the risk of accidental contact while allowing comfortable focussing during repeat inspections. This spacing helps protect both specimen and lens during classroom demonstrations and regular laboratory use, while keeping the optical path compact enough for typical bench-top microscopes. The moderate working distance also eases handling when using immersion media are not required, making the objective a pragmatic choice for many non-specialist applications. Documented suitability for education and life science applications Manufacturer documentation lists the objective specifically for education and life science contexts, indicating an emphasis on robustness and consistent performance in teaching and routine analytical environments. The optical specification is recorded in the supplier information (Education PDF S.25; Life Science PDF S.16,42), which supports procurement decisions where traceable documentation matters. For facilities seeking dependable mid-power optics, the iScope IS.8920 offers a measured combination of magnification, aperture and working distance that fits standard laboratory tasks without demanding specialised handling or consumables. Practical advantages in daily microscopy work The objective’s specification encourages predictable results across repeated observations, which is especially important in instructional settings and repetitive inspection processes. The defined optical parameters simplify comparisons between images and reduce variability introduced by switching to widely different objectives. When clear, reproducible images are required for documentation or basic image analysis, the balanced optical design contributes to workflow efficiency and reduces the need for additional corrective steps. For procurement and specific application advice relating to the Euromex iScope IS.8920, please contact Metav Werkzeuge—experienced specialists based in Emmerich who can confirm suitability and availability for the intended laboratory use Technical data Article number: IS.8920 Manufacturer: Euromex Product type: Microscope objective Model series: iScope Facts Magnification: 20x Numerical aperture: 0.40 Working distance: 5.1 mm Special features 20x/0.40 IOS PLPHi objective WD 5.1 mm Documented for education and life science use Source: Education PDF S.25; Life Science PDF S.16,42 FAQ What magnification and resolution does this objective provide? The iScope IS.8920 is specified as a 20x microscope objective with a 0.40 numerical aperture, which supports improved resolution and light collection compared with lower-NA mid-power lenses. Is the working distance sufficient for standard slide work? Yes; the 5.1 mm working distance of the Euromex IS.8920 gives practical clearance for most cover‑slip preparations and routine specimen handling without compromising optical performance. For which applications is this objective documented? Manufacturer documentation identifies the objective for education and life science applications, making it suitable for teaching laboratories and standard life science inspections. How does numerical aperture affect image quality in practice? A higher numerical aperture, such as 0.40, increases the lens’s light-gathering ability and lateral resolution, which helps to resolve finer details in stained or contrast-enhanced specimens when using the iScope IS.8920. Are there special maintenance requirements for this objective? Normal care for optical lenses is appropriate: keep the front element clean, use lens tissue and approved cleaning fluid, and avoid contact with specimens to protect the objective’s optical surfaces. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
5.1mm Plan Stress-Free PLPOLi 20x/0.40 IOS Transmitted Light Polarisation Objective, 0.17mm Cover Glass Corrected - Euromex
The combination of plan, stress-free optics, a 20x magnification and a 5.1 mm working distance enables repeatable polarisation imaging with minimal sample distortion; order this objective directly via Metav Werkzeuge or consult the sales team for application advice. Plan stress-free PLPOLi 20x/0.40 IOS objective (iScope, polarisation) — Euromex The Plan stress-free PLPOLi 20x/0.40 IOS objective is a transmitted-light polarisation objective for iScope systems, corrected for a 0.17 mm cover glass and specified for a 5.1 mm working distance Plan stress-free optics for accurate polarisation 20x magnification with 0.40 numerical aperture Corrected for 0.17 mm cover glass Consistent polarised images for reliable analysis The objective delivers flat-field (plan) performance so structures across the entire field stay in focus, which is essential for inspection and documentation tasks. The stress-free optical design reduces internal birefringence that can distort polarised light, ensuring that polarimetric contrast reflects the specimen rather than the lens. For laboratories and quality departments this means fewer repeat scans and more dependable image-based decisions, improving throughput and traceability. Faster workflows through defined working distance and optics With a 5.1 mm working distance and 20x magnification, the lens balances resolution and sample clearance for routine transmitted-light polarisation applications. The specified working distance supports the use of thicker specimens or modest illumination accessories without risking contact. Together with the 0.40 numerical aperture, the objective enables sharper detail capture while keeping depth of field manageable for inspection tasks, so measurement and documentation proceed with less handling time. What plan and stress-free mean in practice A plan objective corrects field curvature so that the centre and edges of the image are equally sharp; this is particularly useful when stitching images or comparing regions across a slide. The term stress-free indicates that the glass and mounting minimise internal stress-induced birefringence, which is critical when working with polarised light—otherwise false anisotropy can appear. These optical qualities translate into clearer micrographs and more reliable material analysis, even for users with basic polarisation experience. Engineered for iScope transmitted-light polarisation systems Designed for iScope transmitted-light polarisation setups, the objective is corrected for a 0.17 mm cover glass, matching standard slide preparations to avoid spherical aberration. Compatibility with the iScope range simplifies integration and reduces the need for additional correction collars or adapters. The optical specification supports documentation, routine failure analysis and educational polarisation demonstrations where reproducible image quality is required. Practical benefits for inspection and documentation teams Specimen handling is simplified by predictable imaging behaviour: fewer focus adjustments, consistent contrast in polarisation, and reduced artefacts. That promotes a smoother inspection routine and lowers the risk of misinterpretation during quality control. For procurement and workshop managers the combination of robust optical design and industry-standard corrections contributes to a dependable imaging chain from sample to report. For application advice, compatibility checks or to order this Euromex objective with SKU IS.7920-T please contact Metav Werkzeuge GmbH at info@metav-werkzeuge.com or call +49 2822 7131930 — Metav’s specialists can advise on integration into existing iScope polarisation setups Technical data Article number: IS.7920-T SKU: IS.7920-T Manufacturer: Euromex Product type: Microscope objective Facts Magnification: 20x Numerical aperture: 0.40 Working distance: 5.1 mm Cover glass correction: 0.17 mm Special features Plan, stress-free optics Designed for transmitted-light polarisation Compatible with iScope systems Image: https://plytix-files.com/api/v1.1/file/public_files/pim/assets/57/c3/98/62/6298c3575d155f1bc7e497fd/images/1d/a5/f1/6a/6af1a51dd8ecf2f60acae0b8/IS.7920-T.jpg FAQ Is this objective compatible with all iScope transmitted-light polarisation stands? The objective is specified for iScope transmitted-light polarisation systems and was designed to match their optical path; compatibility checks with the exact stand model are recommended. What does "stress-free" mean for polarisation work? Stress-free indicates minimal internal glass stress and mounting strain, reducing lens-induced birefringence so polarisation contrast represents the specimen rather than the optics. Can the objective be used without a cover glass? The objective is corrected for a 0.17 mm cover glass; using no cover glass may introduce spherical aberration or a focus shift compared with standard slide preparations. How does the 5.1 mm working distance affect sample handling? A 5.1 mm working distance provides moderate clearance for sample manipulation and illumination accessories while maintaining the optical performance required for high-contrast polarisation imaging. Is the objective suitable for documentation and image stitching? Yes — the plan correction provides a flat field that supports stitching and consistent documentation across the image field. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
5.27mm 20x Microscope Objective 0.40 NA, WD 5.27 mm - Euromex
Benefit from precise mid-range magnification together with a 0.40 numerical aperture and a compact working distance of 5.27 mm for consistently sharp images; order or request advice via Metav Werkzeuge to ensure compatibility and fast supply. BioBlue.Lab BB.7220 – Euromex microscope objective, 20x / 0.40 NA BioBlue.Lab BB.7220 is a 20x microscope objective intended for detailed optical observation in education and routine laboratory tasks, combining a high numerical aperture with a short working distance for improved detail and light collection. 20x magnification for clear mid-range detail Numerical aperture 0.40 for improved resolution Working distance 5.27 mm for close focusing Sharper detail through higher light throughput The 20x power combined with a 0.40 numerical aperture translates into better light gathering and finer detail in transmitted-light applications. A larger numerical aperture increases the objective’s ability to resolve small structures and enhances contrast when imaging thin specimens. For laboratories that require dependable optical performance, this optical combination supports accurate observation of cellular organisation and preparative detail without the complexity of immersion techniques. The PLi designation in the technical notes indicates the objective’s intended optical correction and build, contributing to consistent image quality. Close working distance for precise specimen access A working distance of 5.27 mm allows the objective to focus closely on slides and thin samples while maintaining clearance for coverslips and micro-manipulation in routine workflows. The compact focus distance benefits tasks where sample thickness is limited and where mechanical stability matters: less stage travel is needed to achieve focus, reducing vibration-related blur. While the short working distance requires mindful handling of specimens and tools, it also enables higher collection efficiency of light at the chosen magnification, supporting clearer structural definition. Reliable everyday use in teaching and lab settings Engineered for routine microscopy rather than specialised immersion procedures, this objective fits standard brightfield setups and classroom environments, delivering repeatable results across multiple users. The optical characteristics are suited to common laboratory needs, where resolution and user-friendly operation are prioritised. Integration with compatible optical tubes and condenser set-ups yields consistent imaging without the need for extensive recalibration, making it a pragmatic choice for institutions balancing performance and ease of use. Installation, handling and preservation of image quality Mounting the lens correctly and observing standard optical hygiene will preserve the objective’s performance. The nominal data — 20x, 0.40 NA, working distance 5.27 mm — should be matched with the appropriate tube length and illumination to exploit the lens’s capabilities. Routine cleaning with lens-safe materials and secure storage when not in use help maintain contrast and clarity over many sessions. For bespoke compatibility questions, the technical specifications provide a clear basis for checking mechanical and optical fit before acquisition. For ordering details or technical consultation regarding supply and compatibility, contact Metav Werkzeuge in Emmerich by phone or email for tailored advice and fast delivery. Technical data Article number: BB.7220 SKU: BB.7220 Brand: Euromex Model series: BioBlue.Lab Product type: Microscope objective UID: BB.7220 Facts Magnification: 20x Numerical aperture: 0.40 Working distance: 5.27 mm Special features PLi objective designation Intended for microscopy accessories → Objectives Category: For microscopes (Microscopy accessories > Objectives > For microscopes) FAQ What does the numerical aperture mean for imaging performance? The numerical aperture (0.40) determines light-gathering capacity and resolving power; with the BioBlue.Lab BB.7220 this value supports improved detail and contrast at 20x magnification. Is this objective suitable for classroom and routine lab use? Yes, the Euromex BioBlue.Lab BB.7220 objective is designed for straightforward integration into standard microscopy setups used in teaching and routine laboratory workflows. How close can the objective focus to the specimen? The working distance of 5.27 mm specifies the clearance between the lens front and the specimen at focus, enabling close observation of thin samples while requiring careful stage handling. Are there special mounting requirements for this objective? Compatibility depends on the microscope’s objective mount and tube configuration; check the technical data and match tube length to achieve optimal performance with BB.7220. What maintenance keeps the objective performing well? Gentle cleaning with approved lens tissue and storage in a dust-free environment preserve image quality; the optical specifications of the Euromex BB.7220 provide a clear basis for regular care. Metav IndustryLine: Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
5.8mm 10x iScope Microscope Objective 0.25 NA, WD 5.8mm - Euromex
Take advantage of high‑contrast imaging and a short working distance to inspect fine specimens with confidence; the compact optical design delivers reliable 10x performance and consistent resolution for educational and routine life‑science work. Order the lens directly via Metav Werkzeuge or consult the Metav team for application advice. iScope IS.8810 microscope objective — 10x, NA 0.25 (Euromex) An iScope IS.8810 microscope objective engineered for 10x magnification and close working distances, suitable for educational and life‑science observation tasks. 10x magnification for reliable observation Numerical aperture 0.25 for improved resolution Working distance 5.8 mm for close-focus samples Clear, measurable resolution for routine microscopy The optical specification centres on 10x magnification combined with a Numerical Aperture 0.25, which together determine the resolving power of the lens. The numerical aperture is a measure of the light‑gathering ability and angular acceptance of the objective; a higher value improves detail capture and contrast when observing thin sections or stained preparations. This balance of magnification and aperture makes the lens well suited to tasks where discernible structural contrast is required without the complexity of higher‑power objectives. The design supports reproducible imaging results in teaching labs and basic life‑science inspections. Close working distance for delicate samples and coverslips A working distance of 5.8 mm allows close proximity to specimens while maintaining safe clearance for coverslips and micro‑manipulation tools. This distance is advantageous when handling mounted preparations, small electronic components or microfluidic slides that require close visual inspection. The compact clearance reduces the need for repeated refocusing during routine workflows, helping to maintain throughput and minimise accidental contact with samples. The optical geometry is therefore optimised for tasks where fine manual adjustment and sample access are necessary. Practical compatibility and everyday laboratory value Belonging to the iScope series, the objective provides a straightforward option for upgrading standard microscope configurations with a reliable 10x lens. Source documentation lists the same key values (10x, NA 0.25, WD 5.8 mm) in educational and life‑science materials, underscoring its role in basic laboratory education and routine inspection. The construction supports consistent imaging across sessions and reduces uncertainty for procurement teams seeking quantifiable optical performance. For additional specification checks or to confirm compatibility with specific microscope mounts, Metav Werkzeuge can provide targeted advice and supply options. Contact Metav Werkzeuge for tailored technical guidance and procurement of the Euromex iScope IS.8810 microscope objective, delivered directly from Emmerich with transparent logistics and expert support Technical Data Article number: IS.8810 Brand: Euromex Type: Microscope objective Facts Magnification: 10x Numerical aperture: 0.25 Working distance: 5.8 mm Features Series: iScope Source references: Education PDF p.24; Life Science PDF pp.16,41 FAQ What magnification does the objective offer? The objective provides 10x magnification as specified for the iScope IS.8810 microscope objective. What is the numerical aperture and why does it matter? The Numerical Aperture is 0.25, which influences the lens's resolving capability and light collection; a higher NA improves detail and contrast in transmitted‑light observations. Is the working distance suitable for coverslipped specimens? Yes, the working distance of 5.8 mm is designed to allow close focusing on coverslipped slides and small specimens while maintaining sample clearance. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
5.95mm 10x bScope Microscope Objective 0.25 NA - Euromex
Reliable laboratory imaging is achieved by combining 10x magnification, a numerical aperture of 0.25 and a compact working distance of 5.95 mm; this balance of clarity and close‑focus capability supports routine inspection and teaching tasks. Order the bScope BS.8210 directly via Metav Werkzeuge or ask our consultants if needed. bScope BS.8210 — Microscope objective, 10x / NA 0.25 (Euromex) The bScope BS.8210 is a 10x microscope objective designed for close‑focus laboratory and education microscopy, providing reliable contrast and detail for routine sample observation. Microscope objective »bScope BS.8210« by Euromex 10x magnification for standard imaging Numerical aperture 0.25 for resolution Working distance 5.95 mm for close focussing Clear images at short working distances for precise inspection The combination of 10x magnification and a numerical aperture of 0.25 delivers improved light gathering and finer detail compared with lower‑NA optics, which translates to better contrast and more reliable identification of small structures. In practical terms, the higher aperture increases resolving power while maintaining suitable depth of field for common laboratory specimens. This makes the objective particularly useful where enhanced visual discrimination is required without moving to high‑power objectives. Practical design that suits education and routine laboratory use With a working distance of 5.95 mm, the objective supports close‑range focusing necessary for thin specimens or when additional devices (e.g. polarisers or phase contrast attachments) sit between specimen and lens. The optical specification is presented in a concise, standardised form so that integration into existing optical trains is straightforward; compatibility concerns are reduced by clear numeric data rather than ambiguous claims. The result is an optic that fits well into teaching microscopes and bench‑top systems used for repeatable, everyday analyses. Specified performance for confident procurement and maintenance The objective is defined with explicit technical parameters—magnification, numerical aperture and working distance—so procurement decisions can be based on measurable capability rather than marketing. The IOS EPLi designation in the technical notes denotes the optical design reference used in the product literature, enabling technicians to verify fit and performance against established documentation. For workshops and instrument rooms seeking predictable imaging results, this clarity supports efficient stock management and reduces the need for trial‑and‑error purchases. Request tailored advice from Metav Werkzeuge on the Euromex bScope BS.8210 microscope objective — specialists in precision from Emmerich are ready to assist: info@metav-werkzeuge.com, +49 2822 7131930 Technical Data Article number: BS.8210 SKU: BS.8210 Manufacturer: Euromex Model series: bScope Product type: Microscope objective Facts Magnification: 10x Working distance: 5.95 mm Numerical aperture: 0.25 Special features IOS EPLi objective (as stated in product literature) Specified in Education and Life Science PDF sources Label: Mikroskopobjektiv bScope BS.8210 FAQ What magnification does this objective provide? The objective offers 10x magnification, suitable for low‑to‑medium magnification observation with improved field detail when paired with compatible eyepieces. What is the numerical aperture and why does it matter? The numerical aperture is 0.25, which influences resolution and light collection; a higher NA enables finer detail and better contrast for transparent or stained specimens. How close can the lens focus to the specimen? The working distance is 5.95 mm, allowing close working clearance for thin samples and for use with additional microscope accessories. Is this objective suitable for teaching microscopes? Yes — the specification and robust optical performance make the objective appropriate for education and routine laboratory setups where predictable imaging is required. Which documentation supports these specifications? Key specification notes appear in the Education and Life Science PDF references cited in the product literature; the objective is listed as IOS EPLi 10x/0.25 WD 5.95 mm in those documents. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50cm Swanneck Single-Arm Light Guide 4mm Diameter, Self-Supporting - Euromex
Benefit from the self-supporting gooseneck for stable positioning and the 4 mm diameter that delivers focused illumination exactly where it is needed. Order the light guide directly via Metav Werkzeuge or consult our specialists for precise technical advice. Euromex single-arm gooseneck light guide LE.5213 — 50 cm, 4 mm The Euromex single-arm gooseneck light guide LE.5213 is a self-supporting, flexible illuminator designed for close-up microscopy and inspection tasks. Self-supporting gooseneck arm 50 cm length 4 mm light guide diameter for focused illumination Robust build for laboratory and inspection use Integrates with common lighting setups in microscopy Stable positioning for repeatable inspection The self-supporting gooseneck construction offers reliable, vibration-resistant positioning so the light source remains steady during delicate procedures. With a 50 cm reach, the arm enables flexible placement without frequent readjustment, which reduces process downtime and increases throughput in repetitive measurement or inspection tasks. This stable arrangement is particularly beneficial for precision visual work where consistent lighting reduces measurement variance and supports quicker decision-making on the shop floor. Concentrated illumination for small fields of view A 4 mm diameter light guide produces a compact, concentrated beam that improves contrast on small targets and in narrow workspaces. Concentrating light into a defined spot decreases stray illumination and assists in revealing fine detail on circuit boards, small components or specimen slides. The focused light source enhances visual acuity and can make defect detection and manual assembly more efficient, translating the simple geometry of the guide into measurable gains in inspection quality. Practical design for routine laboratory and workshop use Built by Euromex, the unit combines straightforward mechanics with a design suited to continuous use in bench-top environments. The single-arm layout minimises obstruction of the work area while the gooseneck keeps the light precisely where required, supporting both handheld inspection and fixed microscopy setups. The model LE.5213 offers a compact, low-maintenance solution for teams that prioritise dependable illumination and straightforward handling during daily operations. For procurement and expert assistance regarding the Euromex single-arm gooseneck light guide LE.5213, contact Metav Werkzeuge at +49 2822 7131930 or info@metav-werkzeuge.com to arrange supply and technical guidance Technical data Article number: LE.5213 SKU: LE.5213 Manufacturer: Euromex Product type: Light guide Core specifications Length: 50 cm Diameter: 4 mm Arm: single-arm Features Self-supporting gooseneck construction Designed for microscopy and inspection lighting Image file: LE.5213.jpg FAQ How stable is the gooseneck arm under extended positions? The Euromex single-arm gooseneck light guide LE.5213 uses a self-supporting arm that holds its set position, delivering stable illumination for precise inspection and measurement tasks. What beam characteristic does the 4 mm diameter provide? The 4 mm diameter light guide concentrates light into a focused spot, improving contrast and visibility for small-area inspection such as electronics or fine specimen work. Is the 50 cm reach suitable for bench-top microscopy? A 50 cm arm length provides generous reach for most bench-top setups, allowing flexible positioning without impeding the working area around the microscope or inspection station. Which applications are most appropriate for this light guide? This light guide is intended for close-up lighting in microscopy accessories, visual inspection, electronics assembly and other tasks requiring directed, stable illumination. Manufacturer: Euromex / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50cm Three-Arm Gooseneck Light Guide 4mm Diameter Self-Supporting - Euromex
Take advantage of precise, directional illumination provided by the combination of a three‑arm configuration, a self‑supporting gooseneck and a narrow 4 mm light channel for focused inspection lighting. Order the item directly via Metav Werkzeuge or consult the sales team for integration advice. Euromex LE.5215 — Three‑arm light guide (50 cm self‑supporting gooseneck, 4 mm) The Euromex LE.5215 is a three‑arm light guide designed to deliver controlled, adjustable illumination for microscopy and close‑inspection tasks Three‑arm arrangement for multi‑angle lighting Self‑supporting gooseneck for stable positioning 50 cm reach for flexible working distances 4 mm diameter for narrow, focused light Precise, directional lighting for inspection and microscopy The LE.5215 provides focused illumination where even minor detail matters. The three‑arm layout enables separate light vectors to be positioned around a specimen or workpiece, reducing shadows and improving contrast during visual inspection. Because the assembly is a fibre light guide, the light is transmitted without heat at the tip, which is beneficial for temperature‑sensitive tasks. This construction offers a reliable method for enhancing visibility on microscopes, inspection benches and fine‑assembly stations while keeping the light source at a safe distance. Robust positioning with a self‑supporting gooseneck A key benefit is the self‑supporting gooseneck, which holds set positions without constant manual pressure. The 50 cm length gives a practical working radius, and the slender 4 mm channel keeps the light beam narrow and precise. The combination of reach and stiffness means operators can set the beam once and maintain consistent illumination for repetitive tasks. For users needing repeatable lighting angles, this reduces setup time and contributes to more consistent visual assessments across batches. Practical advantages in daily workshop use The three‑arm arrangement translates into tangible efficiency gains: multiple angles can be illuminated simultaneously, cutting the need to reorient either the part or the lamp between inspection steps. The LE.5215 is compact and integrates into existing illumination systems used in microscopy and close‑up quality control. Cleaning and routine care are straightforward due to the simple external construction, supporting long‑term reliability and low maintenance overhead. Suitable applications and integration notes Designed for microscopy illumination and other close‑range visual work, this light guide fits contexts where controlled, cool lighting is required—such as component inspection, soldering checks and laboratory sample preparation. The narrow 4 mm diameter assists in delivering a focused beam, useful when highlighting fine features without flooding the entire field with light. For integration details or to confirm compatibility with a specific lamp housing, technical advice is available from the supplier. Contact Metav Werkzeuge today to discuss the Euromex LE.5215 three‑arm light guide and arrange the optimal lighting solution for the workshop or laboratory environment. Technical Data Article number: LE.5215 SKU: LE.5215 Manufacturer: Euromex Product type: Light guide Data Arms: 3 Length: 50 cm Diameter: 4 mm Special features Self‑supporting gooseneck Suits microscopy illumination applications Image: LE.5215.jpg FAQ What is the primary use of this light guide? The LE.5215 is intended for directed lighting in microscopy and close‑inspection tasks where focused, cool illumination is required. How stable is the gooseneck during prolonged use? The self‑supporting gooseneck of the LE.5215 maintains its set position reliably during standard inspection and assembly operations, reducing the need for frequent readjustment. Can the three arms be oriented independently? Yes, the three arms on the Euromex LE.5215 can be positioned to create separate light vectors for multi‑angle illumination without affecting adjacent arms. Is the light at the tip hot during operation? As a fibre light guide, the LE.5215 transmits light without significant heat at the emitting end, making it suitable for temperature‑sensitive inspection tasks. How should the light guide be cleaned and maintained? Routine maintenance for the LE.5215 involves gentle cleaning of external surfaces and ensuring the gooseneck retains its integrity; avoid aggressive solvents and store with the arms in a neutral position. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50cm Two-Arm Flexible Gooseneck Light Guide 4mm Diameter, Self-Supporting - Euromex
Benefit from the combination of flexible, targeted illumination and a robust, self-supporting goose-neck for consistent inspection work; order the LE.5214 two-arm light guide directly via Metav Werkzeuge or consult our specialists for configuration advice. LE.5214 two-arm self-supporting goose-neck light guide (50 cm, 4 mm) by Euromex LE.5214 is a two-arm light guide designed to provide flexible, directed illumination for microscopes and inspection stations Two-arm design for targeted illumination Self-supporting goose-neck, 50 cm reach 4 mm diameter flexible light guides Focussing heads not included for modular setup Precise, targeted illumination for close inspection The two-arm configuration delivers controllable, targeted illumination that reduces unwanted reflections and improves contrast on small components. Each 4 mm conductor guides light into a focussed beam, making fine detail more visible under microscopes and inspection rigs. This arrangement supports visual tasks where consistent lighting angle and intensity are essential for repeatable inspections and quality checks, contributing to faster fault detection and lower rework rates. Stable positioning that preserves setup accuracy A self-supporting goose-neck with a 50 cm reach provides secure, vibration-resistant positioning so the illumination remains where it is set. The mechanical stiffness of the arm minimises drift during prolonged measurements or soldering operations, allowing illumination to be adjusted once and relied upon across multiple parts. This stability is particularly valuable in laboratory and workshop environments where repeatability and operator independence are required. Modular configuration for adaptable workflows The design intentionally omits built-in heads—focussing heads not included—so the system can be combined with existing light sources and microscope adapters. This modular approach enables integration into established setups without replacing lighting across the bench. The separate heads concept supports customised assembly: select the most suitable light source and coupling to match task-specific brightness and colour temperature requirements, simplifying inventory and future upgrades. Narrow profile for access to confined work areas With a 4 mm diameter, the light conductors reach narrow gaps and tight assemblies while delivering a focused beam where it is needed. The slim profile reduces shadowing and permits illumination of cavities that larger lamps cannot reach, aiding work on electronics, dental models and small mechanical parts. The flexible conductors also allow subtle beam adjustment without disturbing the component, preserving delicate assemblies and improving inspection ergonomics. Order the Euromex LE.5214 via Metav Werkzeuge for an adaptable, stable lighting solution; Metav Werkzeuge offers expert advice from Emmerich and can advise on compatible focussing heads and integration options Technical data Article number: LE.5214 SKU: LE.5214 Manufacturer: Euromex Product type: Light guide Category: microscopy accessories / illumination / light guides Facts Length: 50 cm Diameter: 4 mm Arms: 2 Special features Self-supporting goose-neck Two-arm light guide Focussing heads not included Flexible light conductors FAQ What applications is this light guide suitable for? The Euromex LE.5214 two-arm light guide is suitable for microscopy and close visual inspection tasks where directed, adjustable illumination is needed. Are focussing heads included with the LE.5214? No, the LE.5214 is supplied without focussing heads to allow modular integration with chosen light sources and adapters. How far does the goose-neck reach and hold position? The goose-neck provides a 50 cm reach and is self-supporting, offering stable positioning for repeatable inspection setups. Can the light guide access narrow spaces? Yes, the 4 mm diameter light conductors are designed for access to confined areas and fine-detail work. Is the LE.5214 compatible with standard microscope illumination systems? The LE.5214 is designed as a modular light guide and can be combined with suitable microscope light sources and couplings; compatibility depends on the chosen head or adapter. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
50x50x60mm HD-Mini VC.3024-HDS Digital Microscope Camera 2 MP 1920 x 1080 60 fps HDMI, C-Mount 0.37x - Euromex
Take advantage of the combination of high-definition imaging, versatile connectivity and a compact design for consistent documentation and inspection results. Order the HD-Mini VC.3024-HDS directly via Metav Werkzeuge or consult the advisors for application-specific guidance. HD-Mini VC.3024-HDS — Microscope camera with 13-inch HD screen, 2 MP and HDMI output The HD-Mini VC.3024-HDS is a compact microscope camera system designed for clear Full HD imaging and easy integration into inspection workflows. 2 MP Full HD sensor 60 fps live view capability 13-inch HD screen included HDMI and USB digital outputs Accurate imaging that supports rapid inspection decisions Built around a Sony CMOS 1/2.8" sensor, the HD-Mini VC.3024-HDS delivers a 1920 x 1080 pixel image that balances resolution with real-time performance. The 2 MP sensor and a pixel size of 2.9 x 2.9 µm provide sufficient detail for visual inspection, measurement reference and documentation without excessive data overhead. The progressive scan readout ensures stable frames, while the 60 fps live view (mode-dependent) reduces motion blur when analysing moving samples. For production environments this translates into faster decision-making and fewer repeated inspections. Seamless workflow: intuitive screen, fast outputs, and expandable storage Integration into existing setups is straightforward thanks to HDMI and USB digital outputs and the included 13-inch HD screen for immediate visual feedback. The unit accepts SD storage starting with the supplied 32 GB card and supports cards up to 128 GB, enabling extended recording sessions or high-volume image capture. The supplied C-Mount 0.37x adapter and additional lens adapters make mounting to a wide range of microscope objectives quick and reproducible, reducing setup time and minimising downtime during tool changes. Robust operation in variable environments Designed for routine laboratory and workshop use, the system operates across a broad temperature window from -10 °C to 50 °C and within 30–80% relative humidity, offering dependable performance in conditioned labs and many on-site environments. Noise emissions are low at 42 dB, supporting concentration during manual inspection tasks. The camera supports both automatic and manual exposure and white balance control, giving operators a choice between hands-off consistency and fine-tuned image optimisation for challenging specimens. Practical accessories that streamline calibration and measurement The supply package includes practical items that accelerate productive use: a 32 GB memory card, adapter rings for 30.0 mm and 30.5 mm to 23.2 mm, a 10 mm/100 calibration slide for immediate measurement verification and the C-Mount 0.37x adapter for objective matching. These inclusions reduce the need for additional purchases and enable quick verification of scale and focus, which is especially useful when traceable measurement or documentation is required. For project-specific advice or to discuss how the HD-Mini VC.3024-HDS fits into an inspection line, contact Metav Werkzeuge for tailored recommendations and fast supply from Emmerich. Technical Data Article number: VC.3024-HDS SKU: VC.3024-HDS Brand: Euromex Model series: HD-Mini Facts Resolution: 2 MP (1920 x 1080) Sensor: Sony CMOS 1/2.8" Pixel size: 2.9 x 2.9 µm Frame rate: 60 fps (live view, mode-dependent) Display: 11.6" HD screen (label indicates 13" supplied screen) Storage: SD card 32 GB supplied, up to 128 GB supported Noise level: 42 dB Operating temperature: -10 °C to 50 °C Relative humidity: 30–80% Supply voltage: 100–240 Vac; output 12 Vdc / 1 A Sensitivity: 1300 mV/lux-sec Format: 1/2.8", HDTV 1080p Digital output: HDMI Special features Adapter: C-Mount 0.37x Mounting: C-Mount capture Exposure: Automatic / Manual White balance: Automatic / Manual Scan mode: Progressive scan Included accessories: 32 GB memory card; adapter rings 30.0 mm and 30.5 mm to 23.2 mm; calibration slide 10 mm/100; C-Mount adapter 0.37x Connection types: HDMI and USB Compact dimensions: 50 x 50 x 60 mm FAQ What image quality can be expected from this camera? The camera delivers Full HD images at 1920 x 1080 with a 2 MP sensor and a pixel size of 2.9 µm, providing clear detail suitable for inspection and documentation tasks with the HD-Mini VC.3024-HDS. Can the camera record continuously to an SD card? Yes, the system accepts the supplied 32 GB SD card and supports cards up to 128 GB, allowing extended recording sessions when using the HD-Mini VC.3024-HDS. Is the live view smooth enough for moving samples? With a 60 fps live view (depending on mode and conditions) and progressive scan, the unit provides reduced motion blur for smoother inspection of moving or dynamic specimens. Which outputs are available for display or capture systems? The camera offers HDMI digital output and USB connectivity for integration with displays and capture hardware in inspection setups. Are measurement standards included for calibration? A 10 mm/100 calibration slide is included to verify magnification and support basic measurement routines with the system. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
51 x 26 mm Microscope Stage With Double Vernier And Horizontal Adjustment, Attachable - Euromex
Take advantage of the combination of precise sample positioning, robust mechanics and straightforward readout for reliable microscopy workflows; order the stage directly via Metav Werkzeuge or consult the team for application advice. Mikroskoptisch EcoBlue EC.9500 — attachable mechanical X‑Y stage, 51 × 26 mm travel (Euromex) The Mikroskoptisch EcoBlue EC.9500 is an attachable mechanical X‑Y stage designed to bring controlled lateral movement to educational and routine laboratory microscopes in a compact format Attachable mechanical X‑Y stage 51 × 26 mm translation range Double vernier with separate horizontal knobs Faster sample alignment through precise lateral control The mechanical X‑Y stage offers a compact and reliable way to position specimens with repeatable accuracy. With a 51 × 26 mm translation range, the platform allows fine lateral movements while preserving working distance, so slide navigation becomes more efficient and less time-consuming. The integrated double vernier enables readable sub-divisions for coarse and fine adjustments, which reduces repositioning time and contributes directly to improved throughput in teaching or routine inspection tasks. The clear mechanical feedback of the separate horizontal knobs supports controlled steps and prevents inadvertent overshoot, making specimen handling both faster and safer. Built for educational benches and routine laboratory use As an attachable accessory, the stage fastens to a wide range of microscope frames, transforming standard stands into more versatile inspection systems without complex retrofitting. The platform’s straightforward construction is deliberately robust, designed for repeated daily handling in classrooms, service workshops and quality-control benches. Low complexity in the mechanics translates into low maintenance requirements and predictable long-term performance, which makes this stage a practical choice where ease-of-use and uptime are priorities rather than elaborate automation. Clear readout and understandable adjustment for confident operation The twin-scale layout of the vernier provides interpretable position feedback even for users new to precision stages: one scale for the main coarse position and a second vernier for fine interpolation. This arrangement simplifies the concept of graduated movement, so teams can rely on measured shifts rather than guesswork. The readable markings combined with tactile knobs allow precise incremental steps and straightforward documentation of sample coordinates, aiding repeatable observation and straightforward handover between users. Practical benefits for workshops and teaching environments This platform is particularly attractive where a compact footprint and dependable mechanical control are required. The stage supports routine microscopy workflows by enabling controlled sample scanning and documented positioning without the need for electronic drives. Its practical design contributes to a cost-effective upgrade path for institutions and small laboratories seeking measurable gains in handling efficiency. If clarification is needed regarding compatibility or intended use, assistance is available to help match the stage to the specific microscope stand or application. Contact Metav Werkzeuge today for tailored advice and to secure this attachable stage for improved sample alignment on every microscope Technical data Article number: EC.9500 SKU: EC.9500 Model series: EcoBlue Product type: microscope stage Brand: Euromex Measurements / Performance Translation range: 51 × 26 mm Special features / Design Attachable mechanical X‑Y stage Double vernier scale Separate horizontal adjustment knobs Suitable for microscopes (education and routine laboratory use) FAQ How much lateral travel does the stage provide? The EcoBlue EC.9500 offers a translation range of 51 × 26 mm, enabling controlled lateral movement across typical specimen sizes. Is the stage compatible with different microscope stands? The attachable design is intended for common microscope frames and adapts the inspection bench to controlled X‑Y movement without complex installation. How does the double vernier support fine positioning? The double vernier gives a coarse main scale and a secondary finely graduated vernier, allowing precise interpolation for repeatable specimen placement. Is the mechanism suitable for classroom use? Yes, the robust mechanical design and clear readout make the platform well suited to educational environments and routine laboratory tasks. Can the stage be used for documentation of sample positions? The readable scales and tactile knobs enable documented and reproducible positioning, aiding routine inspection and repeated observations. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
530nm First-Order Red 1/λ Plate in Slider for Reflected Light iScope Polarisation Models, ISO Standard - Euromex
Take advantage of precise polarisation control, reliable 530 nm retardation and quick slider insertion for reproducible contrast in incident‑light applications; order the 1λ plate, first‑order red 530 nm in slider for incident‑light illumination for iScope polarising models IS.9610-R directly via Metav Werkzeuge or ask our consultants if needed. 1λ plate, first-order red 530 nm in slider for incident-light illumination for iScope polarising models (Euromex IS.9610-R) The 1λ plate, first‑order red 530 nm in slider for incident‑light illumination for iScope polarising models is a compact optical compensator designed for insertion into the incident‑light path to enhance birefringence contrast and standardise colour response in polarised light microscopy. First‑order red 530 nm retardation Slider mount for fast insertion Compatible with iScope polarising models Faster, reproducible contrast for polarised light inspection The 1λ plate supplies a constant 530 nm retardation, converting subtle phase differences into a stable colour shift that simplifies interpretation of stress patterns and birefringent structures. Mounted in a slider, the compensator is ready for rapid engagement or removal without disturbing the sample stage, which supports consistent imaging routines and reduces downtime between measurements. For laboratories requiring repeatable visual references, the fixed first‑order red response acts as a reliable optical standard. Clear optical reasoning that non‑specialists can follow A retarder or compensator introduces a known phase delay between orthogonal polarisation components; the first‑order red plate creates a single‑wavelength retardation equivalent to one lambda at roughly 530 nm, producing a characteristic red‑green colouration under cross polarisation. This controlled colour response makes it easier to distinguish materials and stress fields without complex calibration equipment. The effect is directly observable in transmitted or reflected light set‑ups that support incident‑light polarisation, aiding rapid assessment and documentation. Practical compatibility and application scenarios Engineered for iScope polarising units, the insert fits into the dedicated slider for incident‑light illumination, ensuring mechanical and optical alignment with the existing polariser/analyser train. Typical applications include qualitative stress analysis, contrast enhancement for transparent or semi‑transparent specimens, and routine teaching demonstrations where consistent visual cues accelerate learning. The compact format integrates with bench workflows, supporting both quick inspections and stepwise imaging protocols. Integration benefits and operational reliability Using a purpose‑made 1λ compensator minimises variability between sessions and operators, which contributes to stronger data comparability across samples and time. The slider mechanism enables safe handling and keeps the optical surface accessible for inspection and cleaning. Where image reproducibility and clear birefringence rendering are essential, this accessory provides a straightforward optical upgrade that harmonises with the existing iScope polarising configuration. For standardised polarisation contrast, select the Euromex IS.9610-R first‑order red 1λ plate and contact Metav Werkzeuge for product advice and order support via info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: IS.9610-R SKU: IS.9610-R Manufacturer: Euromex Product type: Microscope illumination Label: 1/λ‑plate first red 530 nm in slider for incident‑light illumination for iScope polarisation models Facts Wavelength: 530 nm Order: first‑order (1λ) Special features Slider mount for incident‑light path insertion Designed for iScope polarising models Provides first‑order red retardation for birefringence contrast FAQ What visual effect does the first‑order red 530 nm plate produce? The first‑order red plate produces a characteristic red‑green colouration under crossed polarisers, transforming phase differences into an immediate visual contrast that the Euromex IS.9610-R makes easy to observe. Is the slider compatible with all iScope polarising models? The slider is designed for iScope polarising models that accept accessory inserts; check the specific iScope configuration to confirm mechanical fit with the Euromex IS.9610-R. Can the retarder be used in reflected (incident) light only? The accessory is specified for insertion into the incident‑light path; its effect is optimised for reflected‑light polarising set‑ups on compatible iScope units. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
530nm First-Order Red Wave Plate in Slider for Transmitted Light Polarisation Microscope Lighting - Euromex
Take advantage of precise polarisation control and straightforward integration: the 530 nm first-order retardation and slider mounting ensure consistent transmitted-light contrast for polarised microscopy workflows. Order the component directly via Metav Werkzeuge or consult our specialists for compatibility advice and delivery from Emmerich. 1/λ Plate First-Order Red 530 nm Slider for iScope Polarisation Models IS.9610 — Transmitted-Light Retarder by Euromex The 1/λ Plate First Red 530 nm (IS.9610) is a dedicated first-order retarder in a slider mount, designed for transmitted-light illumination within iScope polarisation model ranges to enhance contrast and reveal birefringent structures. First-order red retardation 530 nm Slider mount for transmitted light illumination Compatible with iScope polarisation models Accurate polarisation control for inspection and analysis The first-order (1/λ) retardation at 530 nm provides a well-defined phase shift for transmitted-light polarisation microscopy, facilitating reliable identification of birefringent materials. As a retarder plate, it produces a controlled colour shift that makes internal stresses, fibre orientations and crystalline structures visible; this enables repeatable results in quality control and material analysis. The optical specification is concise and directly supports quantitative interpretation of polarised images, reducing ambiguity during inspections. Simple integration and operational efficiency Mounted in a slider for transmitted-light illumination, this retarder is intended for quick insertion and removal from the optical path, allowing efficient alternation between polarised and non-polarised observation modes. The compact slider format minimises downtime during sample changes and supports workflows in teaching laboratories and production inspection benches. Compatibility with the iScope polarisation range means the accessory aligns with established holders and illumination geometries, maintaining optical alignment without additional adapters. Reliability for routine laboratory and teaching use Designed as an accessory for polarisation-capable microscopes, the component emphasises stability and consistent optical performance over repeated use. The defined 530 nm wavelength target ensures predictable interference colours, aiding both novice users and experienced microscopists in interpretation. When used in routine examinations, the plate contributes to faster decision making through clearer contrast and enhanced visibility of anisotropic materials, supporting productivity in both research and industrial environments. For component supply or technical clarification on the Euromex 1/λ Plate First-Order Red 530 nm (IS.9610), contact Metav Werkzeuge to arrange delivery from Emmerich and confirm compatibility with an existing iScope polarisation setup. Technical Data Article number: IS.9610 Manufacturer: Euromex Product type: Microscope illumination SKU: IS.9610 Facts Wavelength: 530 nm Retarder type: First-order (1/λ) Mount: Slider for transmitted-light illumination Compatibility: iScope polarisation models Special features Brand: Euromex Function: Enhances birefringence contrast Application: Polarisation microscopy, transmitted light Inclusion: Slider-mounted plate for quick use FAQ What optical effect does the 1/λ plate produce? The 1/λ plate (first-order red at 530 nm) introduces a fixed phase shift that creates characteristic interference colours, enabling clearer visualisation of birefringent structures when used with crossed polarisation on the Euromex 1/λ Plate First-Order Red 530 nm (IS.9610). Is this plate compatible with all iScope polarisation models? The IS.9610 is designed for iScope polarisation model ranges; it fits the slider slot used for transmitted-light polarisation accessories and is specified to match the geometry of those models. How does the slider mount benefit routine use? The slider format allows rapid insertion and removal of the retarder from the optical path, which reduces interruption during sample changes and supports quick switching between polarised and non-polarised observations with minimal realignment. Can this retarder be used for teaching as well as production inspections? Yes, the clear interference colours at 530 nm and the straightforward slider operation make it suitable for both educational demonstrations and consistent inspection tasks in production environments. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
545mm Universal Stand With Large Extension Range And Heavy Crossbar, 254x254x40 Base - Metav IndustryLine
Robust cast-iron support, a 545 mm outreach arm and a Ø37×475 mm column combine to deliver stable, vibration-resistant positioning for stereo microscopes; the large extension range and massive crossbar accommodate heavier accessories and versatile inspection setups. Order the Universal stand directly via Metav Werkzeuge or consult our product specialists for application advice. Universal stand U3 – Heavy-duty cast-iron base with 545 mm arm (Metav IndustryLine) Universal stand U3 designed to support stereo microscopes with an extended reach and a sturdy crossbar for demanding inspection and assembly tasks Heavy-duty cast-iron base 254×254×40 mm 545 mm outreach arm for extended working radius Ø37×475 mm column for rigid vertical support 25 mm mounting bore for standard clamps Exceptional stability for accurate visual inspection A firm foundation matters when every micron counts. The cast-iron base (254×254×40 mm) reduces vibration and shifts during measurement, so optical alignment and fine manipulations remain reliable. This stability translates into fewer retakes and faster set-ups in both workshop and laboratory contexts, improving throughput without compromising on accuracy. The design supports handheld adjustments and tool changes while keeping the inspection plane steady. Extended reach and adaptable mounting for flexible workflows Longer reach meets secure support: the 545 mm arm provides a broad working radius while the Ø37×475 mm column maintains vertical rigidity. Together with the 25 mm mounting bore, the stand accepts common microscope clamps and accessory fittings, enabling custom configurations for assembly, soldering, or component inspection. The combination of large extension range and massive crossbar allows heavier optics or lighting modules to be positioned precisely where required, reducing the need for repositioning the workpiece. Built for workshops and precision environments Engineered for repeated daily use, the support frame combines a rugged construction with practical dimensions that suit bench-top setups. The heavy-duty construction is ideal for production testing, quality control and detailed assembly tasks where a reliable stereo microscope mounting solution is required. The stand’s compact footprint and measured outreach balance access and stiffness, making it a pragmatic choice for inspection stations that demand reproducible results. Contact Metav Werkzeuge today for application guidance or to secure the Universal stand U3 from the Metav IndustryLine range; our Emmerich team provides expert advice and fast dispatch to European workshops Technical Data Article number: M503.236 GTIN: 4054469145099 Type: U3 Category: Optik Customs tariff number: 90119090 Facts Arm length: 545 mm Column: Ø37×475 mm Base dimensions: 254×254×40 mm Mounting bore: 25 mm Special features Cast-iron table Large extension range Massive crossbar For stereo microscopes FAQ What microscope fittings are compatible with this stand? The Universal stand U3 accepts standard fittings via a 25 mm mounting bore and is suitable for most stereo microscope clamps and accessory posts. How does the base support affect measurement stability? The cast-iron base (254×254×40 mm) provides damping and rigidity, ensuring stable positioning and reducing vibration during inspection and assembly tasks. Can heavy illumination or camera modules be mounted on the arm? Yes, the 545 mm arm combined with a massive crossbar is designed to carry heavier accessories while maintaining secure and precise positioning. What is the product code for ordering and identification? Order reference: M503.236 (GTIN 4054469145099); listed under Metav IndustryLine as type U3. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
58mm 0.5x Objective Lens For Stereo Microscope, Attachment - Metav IndustryLine
Take advantage of the combination of precise optical scaling, secure 58 mm mounting and straightforward compatibility with the MZPS 0850 stereo microscope to speed up visual inspection and assembly tasks. Order the auxiliary lens directly via Metav Werkzeuge or consult our specialists for fitment advice. Auxiliary lens M503.243.1 — 0.5× attachment for MZPS 0850 (Metav IndustryLine) The auxiliary lens provides a 0.5× reduction to expand the usable field for stereo microscopy, intended for overview inspection and assembly tasks on the MZPS 0850. 0.5× magnification adapter 58 mm thread diameter Compatible with stereo microscope MZPS 0850 Enlarged field of view for inspection Greater coverage for faster inspection cycles Fitting a 0.5× attachment effectively doubles the observable area compared with higher-magnification settings, allowing quicker assessment of assemblies and larger components. The optical reduction increases the field of view while preserving the stereo effect, which translates into fewer repositionings and a measurable productivity gain during repetitive quality checks. For applications where rapid visual overview is the priority, this adaptation reduces cycle times without changing the primary objective lenses. Secure mounting that keeps images consistent The adapter is engineered for a 58 mm thread interface that matches standard microscope accessory fittings, ensuring repeatable alignment and stable attachment on the microscope head. A defined mechanical interface reduces drift and rotation, so operators benefit from consistent framing and minimal re‑focusing. This steadiness supports predictable inspection outcomes and a lower rate of rework, particularly helpful in small-batch production and lab environments where reproducible imaging is essential. Practical integration into existing inspection workflows As an accessory for the MZPS 0850 stereo system, the lens integrates into existing setups with minimal disruption, enabling teams to switch between overview and detail inspection without swapping primary objectives. The straightforward nature of the accessory supports lean workflows in assembly, incoming goods inspection and routine quality control. Supply from a dedicated provider also means clear traceability for procurement and planning, aiding inventory control in workshop and laboratory contexts. Contact Metav Werkzeuge today to confirm compatibility and secure the Metav IndustryLine auxiliary lens M503.243.1 for immediate integration into inspection processes—email info@metav-werkzeuge.com or call +49 2822 7131930 for technical guidance. Technical data Article number: M503.243.1 GTIN: 4054469145235 Tariff code: 90119090 Manufacturer: Metav IndustryLine Category: Optics Facts Magnification: 0.5× Thread diameter: 58 mm Compatibility: Stereo microscope MZPS 0850 SKU: M503.243.1 Special features Attachment lens for stereo microscope use Enlarges usable field of view for overview inspection Image asset available (m5032431-main.jpg) Intended for visual inspection and assembly tasks FAQ How much does the auxiliary lens change magnification? The adapter provides a 0.5× optical reduction, so the apparent magnification is halved compared with the instrument’s standard setting when the accessory is fitted. Will the lens fit my MZPS 0850 stereo microscope? Yes, the accessory is specified for use with the MZPS 0850 and uses a 58 mm thread to secure to the microscope’s accessory mount. Does the lens affect depth perception or stereoscopy? The accessory maintains the stereo pair effect while widening the field; depth perception is preserved, making it suitable for inspection tasks that still require three‑dimensional cues. Is any special calibration required after fitting the lens? No special calibration is typically required beyond standard optical alignment checks; the mechanical thread ensures reproducible mounting and consistent framing. Can this accessory be used for documentation photography? The broader field of view is advantageous for overview images; compatibility with camera documentation depends on the specific camera adapter and microscope configuration being used. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
58mm Nylon Carry Case For iScope bScope StereoBlue Oxion BioBlue.lab, 58(H) x 32(L) x 24(P) - Euromex
Take advantage of a durable nylon construction, wide model compatibility and compact internal dimensions for safe, space-saving transport of microscopes; order via Metav Werkzeuge or contact our consultants for precise fit advice. Nylon Carrying Bag AE.9919 – Microscope carrying bag with 58 × 32 × 24 cm internal dimensions, compatible with multiple Euromex microscope models Nylon Carrying Bag AE.9919 is a tailored transport solution for iScope, bScope, StereoBlue, Oxion and BioBlue.lab microscopes, designed to keep instruments organised and protected during storage and transit Durable nylon construction for everyday use Compatible with iScope, bScope, StereoBlue, Oxion, BioBlue.lab Internal size: 58 × 32 × 24 cm Secure protection and clear technical fit for workshop use The nylon outer material provides a resilient barrier against light wear and dust, while the clearly stated dimensions—58 (H) × 32 (L) × 24 (D) cm—allow reliable assessment of fit for common benchtop microscopes. Listing the supported models ensures straightforward compatibility checking: the bag is specified for iScope, bScope, StereoBlue, Oxion and BioBlue.lab, so selection is driven by measured instrument size rather than guesswork. This transparent, data-led specification reduces the risk of returns and supports uninterrupted workflow in laboratories and service shops. Practical handling and storage that speeds daily routines Compact internal proportions make the bag simple to stow on shelving or in vehicle lockers, and the lightweight fabric keeps handling effortless during instrument transfers between sites. The clear model list streamlines purchasing decisions in procurement processes: procurement teams can match the carrying solution to device type without further measurements. If clarification is needed regarding fit or intended use, technical enquiries may be directed to info@metav-werkzeuge.com or by phone at +49 2822 7131930 for expert guidance from the central distribution hub. Confidence in supply and a partner for precision Metav’s position as a precision partner means the product is offered through a supplier that prioritises availability and quality control across Europe. The pragmatic logistics from Emmerich serve as a quality filter for incoming stock, and a broad portfolio supports consolidated sourcing strategies. For workshops and trade customers seeking consistent delivery and verified compatibility, this transport solution is integrated into an established supply chain that eases procurement and operational planning. For secure and reliable transport of delicate instruments, contact Metav Werkzeuge for tailored advice on the AE.9919 nylon carrying bag and delivery directly from our Emmerich warehouse. Technical Data Article number: AE.9919 SKU: AE.9919 Brand: Euromex Product type: Microscope carrying bag Facts Internal dimensions: 58 × 32 × 24 cm Height × Length × Depth format indicated Special features Material: Nylon Compatible with: iScope, bScope, StereoBlue, Oxion, BioBlue.lab FAQ What microscopes fit in this carrying bag? The AE.9919 nylon carrying bag is specified for iScope, bScope, StereoBlue, Oxion and BioBlue.lab microscopes and fits those models within the stated internal dimensions. Is the material suitable for workshop use? Yes; the bag’s nylon construction is chosen for everyday workshop and laboratory environments where dust resistance and ease of handling are required. How should the internal dimensions be interpreted? Dimensions are given as Height × Length × Depth: 58 × 32 × 24 cm, which should be checked against the instrument’s assembled height and footprint before purchase. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
5x Wide Field Microscope Eyepiece 18mm Field Number, WF 5x/18mm - Euromex
Take advantage of the combination of a wide-field optical design, clear 5× magnification and a practical field number for fast specimen orientation in teaching and routine inspection. Order the eyepiece directly via Metav Werkzeuge or contact our consultants for application advice. Euromex AE.5571 Wide-field Eyepiece — 5×, FN 18 mm The AE.5571 is a wide-field microscope eyepiece providing 5× magnification and an 18 mm field number for efficient overview imaging in educational and laboratory applications Wide-field eyepiece, field number 18 mm 5× magnification for low-power overview Suitable for educational and lab microscopes Faster specimen orientation with a wide visual field The combination of 5× magnification and a field number of 18 mm delivers a notably larger apparent field than standard eyepieces, enabling quicker scanning of slides and faster localisation of areas of interest. For technicians and instructors who regularly need to move between samples, the broader view reduces the need for repeated stage adjustment and shortens inspection cycles. The optical design emphasises an unobstructed visual experience, making it simpler to survey a specimen before switching to higher-power objectives. Built to support teaching and routine inspection work A wide-field eyepiece such as this is particularly suited to classroom benches and busy lab benches where speed and clarity matter. The generous field aids group demonstrations and rapid demonstrations under the microscope, while also helping novice users to keep track of the specimen during live manipulation. The configuration is compatible with common educational and analytical microscopes, offering a practical balance between overview and detail without complicating the optical train. Clearer viewing explained in plain terms The field number (FN 18 mm) is a standard optical specification that describes the diameter of the image circle seen through the eyepiece; a larger FN gives a wider observable area at the eye. In practical terms, with this eyepiece the visible scene appears broader at the same objective magnification compared with smaller-FN eyepieces. This means less panning across the stage and a more comfortable viewing session, particularly during extended observation. The 5× power provides a low-magnification perspective that is ideal for initial orientation before moving to higher magnifications. Reliable sourcing and practical purchasing for workshops Sourcing optical components from a dependable distributor reduces risk and keeps workflows steady. Metav’s approach to distribution emphasises accessibility to precision tools for workshops and educational settings, backed by a broad product range and established logistics from Emmerich. For facilities looking to standardise bench setups or replace worn eyepieces, this eyepiece presents a straightforward specification that integrates into standard optical setups and supports consistent results across user teams. For practical advice on integration or to secure supply through Metav Werkzeuge, contact our sales team at info@metav-werkzeuge.com or call +49 2822 7131930 — Metav’s consultants can advise on compatibility and delivery schedules Technical data Article number: AE.5571 SKU: AE.5571 Brand: Euromex Product type: Microscope eyepiece Source: Education PDF-S. 7,9,13 Facts Magnification: 5× Field number: 18 mm Special features Wide-field eyepiece Designed for educational and laboratory microscopes FAQ What magnification does this eyepiece provide? The eyepiece delivers 5× magnification, offering a low-power overview suitable for initial specimen orientation. What does the field number 18 mm mean for everyday use? A field number of 18 mm indicates a wider apparent field of view, which helps to scan slides more quickly and reduces the amount of stage movement required. Is this eyepiece suitable for teaching microscopes? Yes, the wide-field design and modest magnification make it well suited to educational settings and routine laboratory inspection. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
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