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

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

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

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

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

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

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

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

Take advantage of the combination of high sensitivity, stable cooled imaging and fast USB 3.0 data transfer for reliable documentation and measurement. Order the cooled 6‑MP microscope camera directly via Metav Werkzeuge or ask our consultants if needed. Cooled 6‑MP microscope camera DC.6000i — Euromex CMEX i, CCD 1‑inch, USB 3.0 The Cooled 6‑MP microscope camera DC.6000i is a high‑resolution imaging module designed for laboratory and industrial microscopy applications where low noise and accurate image detail are required High‑resolution 6 MP sensor Peltier cooling for low noise USB 3.0 high‑speed interface Includes ImageFocus Alpha software Accurate images for measurement and documentation The DC.6000i delivers 6 MP stills at 2748 x 2200 pixels on a CCD 1‑inch sensor, which provides a larger photosensitive area than typical smaller sensors and therefore a higher baseline sensitivity. The comparatively large pixel size (4.54 x 4.54 µm) helps to collect more light per pixel, which translates into clearer detail in micrographs and improved reproducibility for metrology tasks. For inspection and documentation, a wider dynamic range (62.34 dB) and a solid signal‑to‑noise ratio (41.6 dB) reduce the risk of lost detail in high‑contrast scenes, so that measurement routines and image analysis yield consistent data. Stable performance under long exposures and low light Thermal noise is a common obstacle for long exposures and low‑light imaging; the integrated Peltier cooling reduces sensor temperature and thus lowers dark current, enabling longer exposures with less noise. The module’s stated sensitivity (880 mV at 1/30 s) and the cooled sensor design are optimised for demanding inspection tasks that require high fidelity rather than only speed. Reported image rates apply under optimal conditions: 7.5 fps at full resolution and 14 fps at reduced vertical resolution, which support both careful documentation and live observation when faster previews are needed. Integration, workflow and software compatibility The camera uses a USB 3.0 connection for fast data transfer and straightforward integration into standard laboratory workstations. Supplied control and capture via ImageFocus Alpha enable image capture, basic measurement and batch export without extensive custom development. The device is digital by design and suitable for automated capture workflows when paired with image processing systems; the compact interface and well‑specified frame rates make the module a practical choice for inspection benches and teaching laboratories alike. The Euromex DC.6000i supports typical microscopy setups that require a combination of image quality and predictable data throughput. For project quotations, technical clarifications or to request additional image samples for the Euromex DC.6000i, contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 for prompt advice and delivery from Emmerich Technical data Article number: DC.6000i Manufacturer: Euromex Model series: CMEX i Product type: Cooled microscope camera Connection: USB 3.0 Facts Resolution: 6 MP (2748 x 2200 pixels) Sensor: CCD 1 inch Pixel size: 4.54 x 4.54 µm Frame rate: 7.5 fps at 2748 x 2200; 14 fps at 2748 x 1092 Dynamic range: 62.34 dB Signal‑to‑noise ratio: 41.6 dB Sensitivity: 880 mV at 1/30 s Special features Peltier cooling ImageFocus Alpha software Digital output USB 3.0 high‑speed interface FAQ What image resolutions and frame rates are available with this camera? The camera captures up to 2748 x 2200 pixels (6 MP); the Euromex DC.6000i delivers 7.5 fps at full resolution and 14 fps at 2748 x 1092 under optimal conditions. How does the cooling affect image quality? Integrated Peltier cooling lowers the sensor temperature, reducing thermal noise and enabling longer exposures with less dark current in the DC.6000i, which improves signal quality for low‑light and long‑exposure work. Is special software required to operate the camera? The camera is supplied with ImageFocus Alpha for capture and basic measurement functions; the DC.6000i can also be integrated into custom workflows via its USB 3.0 digital interface. Which sensor type is used and what are the benefits? A CCD 1‑inch sensor is used in the DC.6000i; its larger photosensitive area and 4.54 µm pixels increase sensitivity and dynamic range compared with smaller sensors, supporting precise documentation. Is the camera suitable for industrial inspection as well as laboratory use? Yes. The Euromex DC.6000i’s combination of high resolution, cooled sensor and reliable USB 3.0 connectivity makes it appropriate for both laboratory microscopy and controlled industrial inspection environments. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of high magnification, excellent light gathering and precise short-range focusing to reveal fine detail with confidence; order the objective directly via Metav Werkzeuge or consult our specialists for specification support. iScope IS.7260 microscope objective — 60x, NA 0.85 (Euromex) The iScope IS.7260 microscope objective is a high-resolution 60x objective designed for close-focus life science and educational microscopy, delivering enhanced contrast and detail at short working distances. 60x magnification for high detail Numerical aperture 0.85 for improved resolution Working distance 0.14 mm for close focus High-resolution imaging driven by optical performance The combination of 60x magnification and a numerical aperture (NA 0.85) provides a notable uplift in resolving power and contrast when inspecting fine structures. A higher numerical aperture increases light collection and reduces the diffraction limit, which directly improves resolution in brightfield and many contrast-enhancing techniques. For laboratories that depend on precise observation, this optical configuration supports clearer distinction of subcellular features and fine material textures, translating to more reliable visual analysis and fewer repeat measurements. Close working distance: benefits and handling considerations A working distance of 0.14 mm enables the objective to focus extremely close to the specimen plane, which is instrumental when imaging thin sectionsor coverslip-mounted samples, or when maximising numerical-aperture performance. This proximity improves image brightness and detail but requires compatible sample preparation and careful stage control to avoid contact. The objective’s optical design, referenced as S60x/0.85 IOS PLi in the manufacturer documentation, balances compact geometry with high light throughput to maintain image quality at these short distances. Suited applications and laboratory integration Engineered for education and life science contexts, the objective excels where detailed rapid inspection is required, such as cell morphology, histology slides and fine-feature materials inspection. The design integrates with standard microscope optical systems that accept lab objectives, enabling straightforward replacement or upgrade paths in many rigs. For purchase and technical clarification, Metav Werkzeuge supplies advice and logistic support from Emmerich, ensuring compatibility checks and reliable delivery for research benches and teaching suites. Contact Metav Werkzeuge today to discuss how the Euromex iScope IS.7260 objective can enhance imaging precision in the laboratory; Metav Werkzeuge provides specification support and delivery from Emmerich for seamless integration into existing microscope setups Technical data Article number: IS.7260 Manufacturer: Euromex Model series: iScope Product type: microscope objective SKU: IS.7260 Facts Magnification: 60x Working distance: 0.14 mm Numerical aperture: 0.85 Special features S60x/0.85 IOS PLi objective (manufacturer designation) Source references: Education PDF p.25; Life Science PDF p.16, p.42, p.43 Category: for microscopes (microscopy accessory) FAQ What level of detail can be expected with this objective? The Euromex iScope IS.7260 objective, with 60x magnification and NA 0.85, improves the ability to resolve fine structural detail compared with lower-NA objectives, making it suitable for demanding observational tasks. Is the short working distance of 0.14 mm a limitation for routine use? The 0.14 mm working distance of the IS.7260 enables high-NA performance but requires precise specimen mounting and careful stage control to prevent contact; when managed correctly, the short distance enhances brightness and resolution. Which sample types are appropriate for this objective? Thin, coverslip-mounted specimens and prepared slides are the primary application area for the IS.7260, where close focus and high numerical aperture yield the greatest benefit in contrast and detail. Does the objective fit standard microscope mounts? The IS.7260 is supplied as a microscope objective intended for integration with compatible microscope optical systems; verification of thread type or nosepiece compatibility is recommended before installation. Where do the technical specifications originate? Specifications such as 60x, NA 0.85 and WD 0.14 mm are referenced from the manufacturer documentation (Education and Life Science PDFs cited in the product data). Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of high optical resolution and a compact working distance to improve imaging precision, while benefiting from straightforward integration into iScope-series systems; order directly via Metav Werkzeuge or request advice from our technical consultants. iScope IS.7160 microscope objective by Euromex — 60x, NA 0.85 The iScope IS.7160 is a 60x microscope objective designed for high‑resolution life‑science imaging with a short working distance and high numerical aperture. 60x magnification for detailed imaging High numerical aperture 0.85 for superior resolution Short working distance 0.19 mm for close inspection Designed for iScope series microscope systems Exceptional resolution where detail matters The combination of 60x magnification and a numerical aperture (NA) of 0.85 delivers markedly improved resolving power compared with lower‑NA optics. A higher NA increases light‑gathering capability, which results in clearer, higher‑contrast images of fine structures; this is particularly relevant for cellular and microstructural observation. The optical specification helps reduce diffraction limits, meaning the lens produces finer detail without complex post‑processing, a clear advantage for routine analytical tasks and documentation workflows. Compact working distance for demanding sample access A working distance of 0.19 mm places the optical plane very close to the specimen, enabling high‑magnification inspection of flat or thin samples and facilitating immersion‑style measurements where applicable. Because the distance is short, mechanical staging and sample preparation can be optimised to maintain focal stability and repeatability. The tight optical geometry benefits laboratories where maximum spatial resolution and image fidelity are critical for measurement, annotation or quality control tasks. Reliable integration and consistent imaging results Built for the iScope series, this objective matches system mounts and optical paths to ensure predictable performance during routine use. The lens construction emphasises consistent focal characteristics and stable alignment, reducing the need for frequent recalibration. For facilities consolidating optics across a fleet of microscopes, the predictable behaviour of this objective supports reproducible results and shortens training time for operators unfamiliar with specialised optics. Choose the Euromex iScope IS.7160 for optical precision in high‑magnification applications and contact Metav Werkzeuge for tailored technical advice and ordering at info@metav-werkzeuge.com or by phone on +49 2822 7131930, where product specialists can assist with specifications and compatibility details Technical Data Article number: IS.7160 SKU: IS.7160 Manufacturer: Euromex Model series: iScope Product type: microscope objective Facts Magnification: 60x Working distance: 0.19 mm Numerical aperture: 0.85 Special features High numerical aperture for enhanced resolution Short working distance for close specimen access Described in Education and Life Science PDFs (source references) FAQ What magnification does this objective provide? The Euromex iScope IS.7160 provides 60x magnification suitable for high‑detail imaging. How does the numerical aperture affect image quality? A numerical aperture of 0.85 increases light collection and resolving power, so the iScope IS.7160 delivers sharper, higher‑contrast images at high magnification. Is the working distance suitable for thin samples? Yes, the 0.19 mm working distance of the lens is optimised for close inspection of thin or flat specimens. Can this objective be used with other iScope systems? The objective is designed for the iScope series and aligns with the optical and mechanical mounts used by those systems for consistent integration. Where can further specifications be found? Detailed data and application notes for the iScope IS.7160 are provided in the Life Science and Education PDFs cited in the product documentation. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of 60x magnification, a numerical aperture of 0.85 and a finely tuned 0.20 mm working distance for exceptional detail capture in microscopy applications; order the objective directly via Metav Werkzeuge or consult our specialists for integration advice. bScope BS.7160 microscope objective — 60x, NA 0.85 by Euromex The bScope BS.7160 is a high-magnification microscope objective designed for life science and educational microscopy, offering 60x power combined with a 0.20 mm working distance for fine-detail imaging. 60x magnification for detailed observation Numerical aperture 0.85 for high resolution 0.20 mm working distance for close-range imaging Part of the bScope series by Euromex Exceptional resolving power for demanding imaging tasks The combination of 60x magnification and a numerical aperture (NA) of 0.85 delivers noticeable improvements in resolution and light collection compared with lower-NA optics. Higher NA increases the objective’s ability to distinguish close features and enhances contrast under transmitted-light techniques, which makes this objective particularly valuable for detailed cell morphology, stained specimen work and advanced student laboratory tasks. The optical performance is optimised to produce sharper images with improved structural clarity, enabling more reliable visual analysis in both routine and investigative workflows. Precise close-range operation with a short working distance A 0.20 mm working distance means the front lens sits very close to the specimen plane, which is a deliberate design choice to achieve the maximum resolving capability of the lens. This proximity improves numerical aperture performance and image fidelity, but it also requires careful sample preparation and stage handling. For thin or mounted specimens and cover-glass preparations, the short working distance is an advantage: the objective delivers greater detail without the need for excessive illumination, while preserving optical contrast and reducing spherical aberration when used under appropriate mounting conditions. Easy integration into educational and laboratory setups Belonging to the bScope model series, this microscope objective is suitable for microscopy setups in teaching laboratories and life science benches where high magnification is required. The objective’s specification is documented in the manufacturer literature, making selection straightforward for procurement and inventory. Users benefit from consistent optical performance across the series, which simplifies curriculum planning and workflow standardisation in multi-user environments. The balanced design supports routine use while maintaining the precision expected in laboratory contexts. Who benefits and when to check specifications This objective is aimed at educators, laboratory technicians and researchers who require enhanced optical detail for observation and documentation. It is particularly useful for applications where structural detail and contrast are decisive factors. If there is any uncertainty about compatibility with a particular microscope stand, condenser or imaging system, consult the product literature or request further technical clarification; the objective’s core specifications—60x, NA 0.85 and 0.20 mm working distance—should be compared with the existing optical train to ensure optimal performance. Contact Metav Werkzeuge today for tailored advice on adding the Euromex bScope BS.7160 to laboratory equipment lists; our Emmerich team will assist with specification checks and procurement to ensure a seamless fit with existing microscopes. Technical data Article number: BS.7160 Manufacturer part number: BS.7160 Manufacturer: Euromex Facts Magnification: 60x Numerical aperture: 0.85 Working distance: 0.20 mm Special features Product type: Microscope objective Model series: bScope Category path: Microscopy accessories > Objectives > For microscopes Specification references: Education PDF S.21; Life Science PDF S.9 FAQ What level of magnification does this objective provide? The Euromex bScope BS.7160 microscope objective (SKU BS.7160) provides 60x magnification, suitable for detailed inspection of prepared slides and fine structural analysis. How does the numerical aperture affect image quality? The numerical aperture of 0.85 of the bScope BS.7160 increases resolution and light-gathering capacity, improving contrast and the ability to resolve closely spaced features during observation. Is the short working distance a limitation for certain samples? The 0.20 mm working distance of the Euromex bScope BS.7160 is ideal for thin, cover-glass-mounted specimens; for thicker samples or non-standard mounts, compatibility with the microscope’s stage and condenser should be checked. Can this objective be used in teaching laboratories? Yes, the bScope BS.7160 is designed to support life science and educational microscopy where higher magnification and resolution are required, making it suitable for advanced teaching and training settings. Where can one find the official specifications for verification? Manufacturer literature lists the objective’s core values—60x, NA 0.85, WD 0.20 mm—and the details are referenced in the Euromex product documentation cited in the specification sources. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of 60x magnification, a numerical aperture of 0.80 and the very short 0.3 mm working distance for exceptional detail in high-resolution imaging; order the Delphi‑X Observer DX.7260 directly via Metav Werkzeuge or consult the specialists for integration advice. Delphi-X Observer DX.7260 – 60x microscope objective, NA 0.80 (Euromex) Delphi-X Observer DX.7260 is a high-power microscope objective engineered for close-up life science imaging and applications requiring superior resolution in compact sample spaces. High 60x magnification for detailed observation Numerical aperture 0.80 for superior resolution 0.3 mm working distance for close-up imaging Compatible with Delphi‑X Observer series Outstanding resolving power for demanding imaging tasks The 60x specification combined with a numerical aperture of 0.80 delivers a notable increase in light-gathering capability and lateral resolution compared with lower-NA objectives. In practical terms, the higher aperture allows finer structural details to be resolved and enhances contrast when observing stained specimens or thin sections. For laboratories aiming to document cellular morphology or microstructural surface features, the objective’s optical design provides a measurable improvement in image clarity, reducing the need for post-processing while improving confidence in captured data. Compact working distance for high-detail sample inspection A 0.3 mm working distance is deliberately short to permit imaging at high magnification with minimal optical compromise. This close proximity suits thin coverslips, mounted slides and surface-sensitive samples where immersion is not required or where very small focal depths are necessary. The short working distance requires considered sample preparation and stage control; however, it enables tighter focal planes and sharper detail at the specimen surface, which is indispensable for precise observational tasks and for applications where depth discrimination is critical. Designed for life‑science workflows and reliable compatibility Belonging to the Delphi‑X Observer series by Euromex, this objective is intended for incorporation into advanced microscopy setups used in educational, research and clinical environments. The optical parameters are tailored to support brightfield and contrast-enhancing techniques commonly applied in biological laboratories. Integration into compatible trinocular or modular microscope heads ensures that imaging performance is preserved across a range of observation and documentation workflows, making the objective a robust choice for routine high-magnification examinations. Confidence through recognised supply and application support Selection of precision optics is an instrumental decision for any microscopy facility; the combination of high numerical aperture and 60x power represents a commitment to resolution and traceable imaging outcomes. Metav’s positioning as a precision partner ensures that the objective is supplied through an experienced distribution channel that emphasises product reliability and availability for the European market. For additional technical clarification or to confirm suitability for a specific application, concise technical guidance is available via the stated contact channels. Contact Metav Werkzeuge today to discuss fitting the Delphi‑X Observer DX.7260 into existing microscopy workflows or to request detailed technical documentation and compatibility advice from the Metav consultants. Technical Data Article number: DX.7260 SKU: DX.7260 Manufacturer: Euromex Model series: Delphi‑X Observer Product type: Microscope objective Facts Magnification: 60x Numerical aperture: 0.80 Working distance: 0.3 mm Special features S60x/0.80 PLi objective design Source: Life Science PDF, pp. 26, 49 Intended for close-up life science imaging FAQ What level of detail can be expected with this objective? The Delphi‑X Observer DX.7260, with its 60x magnification and 0.80 numerical aperture, enables high-resolution visualisation of fine cellular and microstructural detail suitable for demanding observational tasks. Is the DX.7260 suitable for use with standard brightfield illumination? Yes, the DX.7260 is designed for common brightfield workflows and performs well under standard transmitted-light illumination systems used in life science microscopy. Does the short working distance restrict sample types? The 0.3 mm working distance favours thin specimens and surface-focused imaging; mounted slides and thin coverslips are the most suitable sample types for optimal results with this objective. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of 60x magnification, a 0.80 numerical aperture and a very short working distance to achieve detailed, high-contrast imaging in compact sample setups; order this precision optical component through Metav Werkzeuge or request specialist advice for integration into the laboratory workflow. BioBlue.Lab BB.8860 microscope objective — 60x, NA 0.80 BioBlue.Lab BB.8860 is a high-magnification microscope objective intended for life science and educational microscopy, offering short working distance performance for close specimen observation. 60x magnification for detailed imaging Numerical aperture 0.80 for high resolution Working distance 0.19 mm for close specimen approach Precision optics for reliable imaging The objective delivers 60x magnification combined with a numerical aperture of 0.80, which directly improves resolving power and light-gathering capability. A larger numerical aperture increases the range of spatial frequencies the system can capture, so fine structural detail appears sharper and contrast is enhanced. The specification working distance of 0.19 mm indicates the lens-to-specimen spacing at focus; although short, this distance enables close observation of thin or mounted samples while minimising optical aberrations. Such optical characteristics make the component suitable where clarity and fine resolution are required in compact setups. Designed for life science and education imaging From the BioBlue.Lab series, this lens is optimised for routine microscopy tasks in teaching laboratories and life science environments that demand consistent detail reproduction. The objective’s combination of 60x magnification and high numerical aperture of 0.80 yields improved depth of field control for thin sections and cellular work. The construction is intended for standard optical microscope nosepieces and condenser configurations; the result is a reliable imaging element that supports precise observation without complex adjustments, reducing time spent on setup and alignment. Interpreting numerical aperture and working distance in practice The numerical aperture of 0.80 primarily governs resolution and brightness: higher values enable the detection of subtler structural features and support higher-contrast imaging under transmitted or reflected light. The working distance of 0.19 mm is comparatively short, so specimens must be prepared accordingly and protective coverslips or slides kept flat to avoid contact. In routine use, the optical design helps maintain image flatness across the field, which reduces the need for extensive post-processing and allows faster throughput in repeated observations or teaching demonstrations. Integrating the objective into precise workflows Compatibility with standard microscope mounts makes the objective straightforward to introduce into established instrument setups. The optical parameters support critical inspection tasks and educational demonstrations where resolution and image fidelity matter most. For laboratories consolidating supplies, this objective is a compact, high-performance option to complement lower-magnification lenses and extend the range of achievable detail. Reliability in repeated imaging cycles promotes consistent results across samples and users, helping to streamline both measurement and documentation tasks. For tailored advice on integrating the Euromex BioBlue.Lab BB.8860 into a specific microscope and for priority dispatch from Emmerich, contact Metav Werkzeuge — eMail info@metav-werkzeuge.com or call +49 2822 7131930 for specialist guidance and order support Technical Data Article number: BB.8860 Manufacturer: Euromex Series: BioBlue.Lab Product type: Microscope objective SKU: BB.8860 Core data Magnification: 60x Working distance: 0.19 mm Numerical aperture: 0.80 Special features S60x/0.80 PL objective Source: Education PDF S.16; Life Science PDF S.12 FAQ What magnification does this objective provide? The Euromex BioBlue.Lab BB.8860 is specified as a 60x microscope objective and is designed for high-magnification observation. What does the numerical aperture of 0.80 mean for image quality? A numerical aperture of 0.80 increases resolving power and light collection, so the objective produces higher contrast and finer detail than lower-NA lenses. Is the short working distance a limitation for certain samples? A working distance of 0.19 mm requires careful specimen preparation and flat mounting; it is suitable for thin sections and coverslipped specimens but may be impractical for taller, unmounted samples. Can the objective be used on standard microscope nosepieces? The objective is intended for standard microscope mounting systems; check mechanical compatibility with the existing nosepiece and condenser before installation. Where can technical documentation for the objective be found? Detailed specifications were referenced from the product PDFs (Education and Life Science), which list the S60x/0.80 PL designation and working distance. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of 60x magnification, a numerical aperture of 0.85 and a 0.50 mm working distance for high‑resolution, close‑range observation in life‑science and educational microscopy; order the Euromex BioBlue.Lab BB.7260 directly via Metav Werkzeuge or ask our consultants if needed. BioBlue.Lab BB.7260 — microscope objective, 60x magnification and NA 0.85 (Euromex) BioBlue.Lab BB.7260 is a high‑performance microscope objective designed for demanding life‑science and educational applications, offering a finely balanced combination of resolution and close working distance for detailed specimen inspection. 60x magnification for detailed observation Numerical aperture 0.85 for high resolution 0.50 mm working distance for close imaging Exceptional optical resolution for demanding samples The objective delivers 60x magnification combined with a numerical aperture of 0.85, a pairing that increases the light‑gathering capability and lateral resolution of the imaging system. Higher numerical aperture translates directly into greater detail detection at a given magnification; this is particularly beneficial when resolving fine cellular structures or surface features. The optical performance is optimised for contrast and sharpness, so that structures which would otherwise be difficult to distinguish become observable under transmitted light. Technical terms such as numerical aperture are used here to explain performance: NA describes how effectively an objective collects light and influences resolving power. Close working distance adapted for high‑NA tasks With a 0.50 mm working distance the objective is configured for close‑up work where a short distance to the cover glass increases numerical aperture and image quality. Such a short working distance demands careful focusing and thin preparations, but it enables superior image detail for mounted or thin wet samples. The designation S60x/0.85 PLi indicates the optical class and immersion characteristics as published in the manufacturer documentation; this objective is therefore suitable where compact optical paths and high resolution are required. Mechanical compatibility with standard objective mounts should be verified on the specific microscope model before use. Practical benefits for laboratories and teaching environments Built within the BioBlue.Lab model series, this Euromex‑engineered objective balances robustness and optical quality for routine laboratory use and instructional settings. The configuration supports precise observation without complex alignment, while the design intent is to provide repeatable imaging results across sessions. Source data and verification are documented in the manufacturer literature (Education PDF‑S. 16; Life Science PDF‑S. 12), which clarifies the performance specifications and standard test conditions under which the optical characteristics were determined. For procurement, configuration advice or to secure the Euromex BioBlue.Lab BB.7260 through Metav Werkzeuge, contact Metav Werkzeuge in Emmerich by email at info@metav-werkzeuge.com or by phone on +49 2822 7131930 for prompt assistance and ordering Technical data Article number: BB.7260 Manufacturer: Euromex Model series: BioBlue.Lab Product type: microscope objective SKU: BB.7260 Facts Magnification: 60x Numerical aperture: 0.85 Working distance: 0.50 mm Special features S60x/0.85 PLi objective Source: Education PDF‑S. 16; Life Science PDF‑S. 12 Label: Mikroskopobjektiv BioBlue.Lab BB.7260 FAQ What magnification and numerical aperture does this objective provide? The Euromex BioBlue.Lab BB.7260 is specified at 60x magnification with a numerical aperture of 0.85, which improves light collection and resolving power for fine structural detail. For which applications is the BioBlue.Lab BB.7260 best suited? The objective is intended for life‑science and educational microscopy where high‑resolution observation of thin or mounted specimens is required. What does a 0.50 mm working distance mean in practice? A 0.50 mm working distance indicates very close spacing between the front lens and the specimen; this supports higher numerical aperture but requires careful focusing and thin preparations to avoid contact. Where can detailed specification and verification data be found? Detailed technical specifications for the BioBlue.Lab BB.7260 are referenced in the Education and Life Science PDFs (see Education PDF‑S. 16 and Life Science PDF‑S. 12) supplied by the manufacturer. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Compact platform with a removable black/white stage plate Ø 60 mm for improved specimen contrast and straightforward integration into stereomicroscope workflows; practical for education and workshop inspection tasks. Order the microscope stage directly via Metav Werkzeuge or ask our consultants if needed. EduBlue ED.9956 microscope stage – removable black/white stage plate Ø 60 mm The microscope stage EduBlue ED.9956 is a compact accessory for stereomicroscopes, designed to provide simple contrast control and a stable platform for small specimens. Compatible with stereomicroscopes Removable black/white stage plate Ø 60 mm Compact, low-profile mounting SKU ED.9956 for straightforward ordering Improved contrast for clearer inspection and documentation The removable black/white stage plate with a diameter of Ø 60 mm enables rapid background changes to enhance contrast during visual inspection or photography. By switching between the black and white surfaces, the platform aids in distinguishing fine edges and translucent specimens that would otherwise blend into a single tone. This practical contrast control reduces the need for complex illumination adjustments and helps standardise visual results across multiple observations, supporting reliable comparisons in teaching and routine quality checks. Seamless integration into stereomicroscope workflows Designed for use with stereomicroscopes, the low-profile platform keeps the specimen close to the objective while preserving working distance and manoeuvrability. The stage's simple mounting and the readily removable plate allow quick adaptation between tasks, which is particularly useful in educational settings and busy workshops where different samples are inspected in sequence. Compatibility with the EduBlue documentation references (AP-1 and AP-2) ensures that the EduBlue series remains consistent across accessories and replacement parts, simplifying inventory and tool management. Practical handling and durable everyday use The stage is intended as a practical solution for repetitive inspection tasks: the removable plate simplifies cleaning and sample exchange, while the compact footprint keeps bench space free for other instruments. As part of the EduBlue family from Euromex, this accessory supports standard classroom and workshop procedures without adding unnecessary complexity. The straightforward design makes it easy to train staff and students on consistent sample presentation, improving throughput and reducing handling errors in routine microscopy work. Contact Metav Werkzeuge today for tailored advice on the Euromex EduBlue ED.9956 microscope stage and its compatibility with existing stereomicroscope setups; call +49 2822 7131930 or email info@metav-werkzeuge.com for information on availability and delivery from Emmerich Technical Data Article number: ED.9956 Manufacturer: Euromex Model series: EduBlue Product type: Microscope stage SKU: ED.9956 Facts Stage plate diameter: Ø 60 mm Special features Black/white stage plate Ø 60 mm (AP-1 and AP-2) Removable stage plate For stereomicroscopes Part of EduBlue series FAQ Is the stage compatible with stereomicroscopes? The stage is designed for use with stereomicroscopes; the EduBlue ED.9956 platform and its black/white stage plate Ø 60 mm suit typical stereo inspection tasks. Can the black/white plate be removed for cleaning? Yes, the black/white stage plate is removable, allowing easy cleaning and quick swapping between backgrounds for consistent contrast. What benefit does the Ø 60 mm plate offer? A Ø 60 mm plate provides a compact working area that supports small specimens while enabling rapid background changes to enhance visibility and documentation. Where is the product series mentioned in documentation? The EduBlue series references the black/white stage plate as AP-1 and AP-2 in the relevant EduBlue documentation; the ED.9956 is listed under that accessory group. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkezeuge.com

Take advantage of the 60x magnification combined with a numerical aperture of 0.75 and a minimal working distance of 0.2 mm for exceptionally detailed inspection tasks; order the objective directly via Metav Werkzeuge or consult the team for integration advice. Microscope objective AE.5599 — 60x magnification, NA 0.75 (Euromex) Microscope objective AE.5599 for high‑magnification, laboratory and teaching applications, delivering close‑range imaging with a 0.2 mm working distance. 60× magnification for detailed imaging High numerical aperture 0.75 for resolution Short working distance 0.2 mm for close focus Suitable for research and education microscopes Superior resolution for demanding inspections With 60x magnification and a numerical aperture of 0.75, this objective delivers a significant improvement in resolving power compared with lower‑NA optics. The higher aperture increases the amount of light collected from the specimen, which directly enhances contrast and detail in transmitted‑light and reflective imaging. For applications such as material inspection, fine biological structures or quality control under a laboratory microscope, the combination of magnification and aperture provides clear, measurable benefits: finer defect detection, more reliable feature measurement and improved image clarity for documentation and analysis. Optimised for close‑range analysis and careful sample handling The working distance of 0.2 mm enables very close approach to the specimen plane, which is an advantage when examining surface details or thin sections where proximity improves apparent resolution. This short distance requires deliberate sample preparation and cautious focusing—ideal for controlled laboratory environments rather than field use. The optical design prioritises close‑range imaging and precision alignment, so users can expect stable imaging of fine structures when mounted on compatible microscope stands commonly used in research and education. Proven manufacturer quality and practical integration Manufactured by Euromex, the AE.5599 objective (SKU AE.5599) is specified according to product documentation and is intended for users who need reliable, high‑magnification optics. The objective’s specifications are straightforward and allow engineers and laboratory managers to plan instrument setups with confidence. For procurement or technical questions, Metav Werkzeuge supports customers from its Emmerich site, offering stock logistics and application advice that help integrate precision optics into existing workflows without unnecessary complexity. Contact Metav Werkzeuge for detailed compatibility guidance and to source the AE.5599 objective directly from Emmerich, where expertise and reliable supply ensure a smooth addition to the optical toolkit Technical data Article number: AE.5599 SKU: AE.5599 Product type: Microscope objective Facts Magnification: 60x Working distance: 0.2 mm Numerical aperture: 0.75 Special features Manufacturer: Euromex Label: Microscope objective AE.5599 Category: For microscopes Source: Education PDF S.13 (S60x/0.75 SMP objective) FAQ What level of detail can be expected with this objective? The AE.5599 objective, with its 60x magnification and NA 0.75, is designed to resolve fine surface and structural details, making it suitable for tasks that require high‑resolution observation. Is the short working distance problematic for routine use? A working distance of 0.2 mm requires careful sample handling and precise focusing; when used on stable laboratory stands the AE.5599 performs reliably for close‑range inspections. Can this objective be used in both education and research labs? Yes. The optical characteristics of the AE.5599 make it appropriate for advanced teaching and research environments where high magnification and resolution are required. Does the numerical aperture affect lighting requirements? Higher numerical aperture (0.75) improves light collection but may demand controlled illumination and appropriate condenser settings to realise the full resolution potential of the AE.5599. How is technical support and supply handled for this objective? Metav Werkzeuge provides procurement and logistical support from Emmerich and can advise on compatibility and integration of the AE.5599 objective into existing microscope setups. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Benefit from a compact Ø 60 mm format and contrasting black/white surfaces that simplify specimen presentation; combine these features for reliable visual assessment in routine microscopy workflows and order the set directly via Metav Werkzeuge or consult the company's specialists for technical guidance. Pair of Stage Plates Ø 60 mm SB.9956 — Black/white plates for stereomicroscopes by Euromex Pair of Stage Plates Ø 60 mm SB.9956 offers contrasting stage inserts to improve sample visibility under stereo inspection, optimised for small specimens and routine laboratory workflows Pair of black and white plates Diameter 60 mm For stereomicroscopes Better contrast for faster visual assessment The set provides a clear visual distinction between dark and light backgrounds, enhancing the detection of edges, contours and small details. The contrasting black and white surfaces reduce preparation time by making specimens stand out immediately against the stage. For technicians who perform repetitive visual inspections, this contrast translates into more consistent observations and fewer repositions of samples. The design supports quick switching between backgrounds without the need for additional accessories, helping to maintain a smooth workflow in busy labs. Compact format that suits small specimens and tight setups With a precise Ø 60 mm diameter, these stage inserts are compact enough for confined stage areas yet large enough for many common sample types used in stereo observation. The small footprint makes the plates suitable where stage space is at a premium or when multiple accessories share the microscope stage. The modest size also simplifies alignment and centring of specimens, which contributes to faster set-up times and reduced handling — particularly useful in quality-control benches and educational workstations. Ready compatibility with stereomicroscopy workflows Designed for use with stereomicroscopes, the pair of inserts supports routine inspection tasks where illumination and perspective differ from compound microscopy. The contrasting backgrounds assist in both top-light and side-light arrangements by improving perceived depth and outline clarity. This set is particularly helpful when working with irregularly shaped or reflective samples, since the two-colour option enables selection of the background that offers the best visual separation for the material being inspected. Request technical advice or place an order through Metav Werkzeuge to ensure seamless integration of these Euromex stage plates into the existing microscopy setup — contact info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: SB.9956 SKU: SB.9956 Manufacturer: Euromex Product type: Microscope stage Label: Paar Objekttisch-Platten (schwarz/weiß) Ø 60 mm SB.9956 Dimensions / Measurables Diameter: 60 mm Design & Compatibility Pair of black and white plates For stereomicroscopes Contrast-enhancing stage inserts FAQ What is the exact diameter of these stage plates? The Euromex pair of stage plates SB.9956 has a diameter of 60 mm. Are these inserts suitable for stereomicroscopes? Yes, the SB.9956 stage plates are designed for use with stereomicroscopes and support common reflected-light inspection setups. How do the black and white plates improve observation? The contrasting black and white surfaces in the Euromex SB.9956 set enhance edge detection and improve sample visibility, reducing handling and speeding up routine inspections. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of precise polarisation contrast, 60× magnification and a very short working distance for detailed transmitted-light inspection; order or request guidance via Metav Werkzeuge for seamless integration into quality-control workflows. Plan strain-free PLPOLi 60×/0.85 IOS microscope objective — Euromex IS.7960-T (transmitted light polarisation, 0.14 mm working distance) Plan strain-free PLPOLi 60×/0.85 IOS objective for iScope transmitted light polarisation, corrected for 0.17 mm cover glass (IS.7960-T) delivers high-contrast polarisation imaging for demanding laboratory and industrial inspections. 60× magnification for fine detail Plan, strain-free optical design Polarisation contrast for transmitted light Corrected for 0.17 mm cover glass Exceptional contrast for polarisation inspection The PLPOLi 60× objective is engineered to provide high polarisation contrast in transmitted-light applications, enabling clear visualisation of birefringent structures and internal stresses. Its plan, strain-free construction reduces optical artefacts that can obscure delicate features, so technicians and researchers can rely on images that reflect true sample properties rather than lens-induced distortions. This makes the optic particularly suitable for materials analysis and metallurgical sections where accurate stress visualisation is critical. Compact working distance with accurate focus control With a 0.14 mm working distance and a numerical aperture of 0.85, the objective balances resolution and depth of field to reveal microstructural detail while maintaining manageable focusing requirements. The short working distance supports high-resolution imaging at 60× magnification, permitting inspection of fine features on thin specimens. For users less familiar with optical parameters, the higher numerical aperture translates directly into improved resolution and light-gathering ability for clearer images under polarised transmitted light. Reliable correction for standard cover glass thickness This optic is corrected for a 0.17 mm cover glass, ensuring that common slide preparations remain in sharp focus and free from spherical aberration. The correction reduces the need for repeated re-focusing when switching between specimens prepared to standard thickness, which streamlines workflow in busy labs and production environments. Compatibility with the iScope IOS mounting system provides straightforward mechanical integration and repeatable positioning during routine inspections. Durable design and application fit for industry use Built by Euromex to professional standards, the objective combines precision engineering with materials and coatings chosen for optical stability in polarisation work. Its specification is tailored for transmitted-light microscopy tasks such as metallography, polymer evaluation and stress analysis. The compact optical package supports microscope inspection stations where space on the condenser axis is limited while maintaining reliable optical performance throughout repeated use. For professional polarisation imaging with Euromex optics, contact Metav Werkzeuge for expert advice and ordering at info@metav-werkzeuge.com or call +49 2822 7131930 Technical Data Article number: IS.7960-T SKU: IS.7960-T Manufacturer: Euromex Product type: microscope objective Label: Plan spannungsfreies PLPOLi 60x/0,85 IOS Objektiv für iScope Durchlicht Polarisation, Arbeitsabstand 0,14 mm und 0,17mm Deckglas korrigiert IS.7960-T Core specifications Magnification: 60× Numerical aperture: 0.85 Working distance: 0.14 mm Cover glass correction: 0.17 mm Imaging mode: transmitted light polarisation Special features Plan, strain-free PLPOLi design IOS compatibility for iScope transmitted-light systems Corrected optics for standard 0.17 mm cover glass Suitable for polarisation contrast and stress analysis Gallery image available FAQ What magnification and numerical aperture does this objective offer? The Euromex PLPOLi 60×/0.85 microscope objective provides 60× magnification with a numerical aperture of 0.85, offering high resolution for transmitted-light polarisation inspections. Is the objective suitable for standard slide preparations with a cover glass? Yes. The objective is optically corrected for a 0.17 mm cover glass, ensuring reduced spherical aberration and consistent focus with standard specimen preparation. Can this objective be used for stress or birefringence analysis? Absolutely. The plan, strain-free optics and polarisation design of the IS.7960-T support clear visualisation of birefringent structures and internal stresses in materials. Which microscope systems is the objective compatible with? The objective is designed for IOS mounting on iScope transmitted-light systems, providing mechanical compatibility and repeatable alignment for routine inspections. How does the short working distance affect handling and sample preparation? The 0.14 mm working distance enables high-resolution imaging but requires careful sample thickness and positioning; it is ideal for thin specimens where fine structural detail must be resolved. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of a frosted glass surface combined with a compact Ø 60 mm diameter and straightforward compatibility for efficient sample handling and reliable visual contrast. Order the EduBlue ED.9950 stage plate directly via Metav Werkzeuge or contact our consultants for tailored advice. EduBlue ED.9950 microscope stage plate — frosted glass, Ø 60 mm, for stereomicroscopes (Euromex) EduBlue ED.9950 is a compact stage plate designed to improve specimen visibility and handling under stereomicroscopes in educational and light‑duty laboratory settings Frosted glass, opaque surface Ø 60 mm diameter Designed for stereomicroscopes Enhanced visibility through diffused illumination A frosted glass surface scatters incident light to reduce specular reflections and produce a more uniform background, which increases perceived contrast for small or translucent specimens. This translucent, opaque finish helps avoid distracting hotspots when using incident illumination or oblique lighting techniques common with stereomicroscopes, so users can focus on structural detail rather than glare. For teaching environments and routine inspections, the result is a more consistent image that supports rapid assessments and clearer demonstrations. Compact form factor that fits routine workflows The Ø 60 mm diameter makes the stage plate particularly suitable for small parts, slides and micro‑assemblies, optimising the usable workspace on standard stereomicroscope platforms. The modest footprint aids precise positioning of components and simplifies stage movements without obstructing the operator’s field of view. As a single‑element replacement or accessory, the plate integrates with existing stage clips or holders and supports straightforward exchange, contributing to minimal downtime during instrument preparation. Practical handling and maintenance advantages A glass stage plate is simple to clean and maintains stable optical properties over time, supporting reproducible results in repeated observations. The EduBlue ED.9950 stage plate requires only routine wiping to remove residues, and its surface resists rapid wear typical of softer materials. For classroom settings and light industrial use, this translates into lower maintenance overhead and dependable performance across multiple sessions, preserving image quality and reducing interruptions to teaching or inspection tasks. Contact Metav Werkzeuge today to discuss compatibility details or to arrange supply of the EduBlue ED.9950 stage plate; Metav’s consultants can advise on integration with specific stereomicroscope models and delivery options from Emmerich. Technical Data Article number: ED.9950 SKU: ED.9950 Brand: Euromex Model series: EduBlue Product type: Microscope stage plate Key measurements Diameter: 60 mm Surface: Frosted glass, opaque Compatibility and application For stereomicroscopes Intended for small specimens and educational use Easy to clean surface FAQ What lighting benefits does a frosted stage plate offer? A frosted glass plate diffuses light to reduce glare and hotspots; the EduBlue ED.9950 stage plate improves background uniformity and perceived contrast when inspecting specimens under a stereomicroscope. Will this stage plate fit any stereomicroscope stage? The EduBlue ED.9950 is sized at Ø 60 mm for compact applications and is designed for standard stereomicroscope setups; verify stage clip or holder dimensions before installation for secure mounting. How should the stage plate be maintained? Clean the frosted glass surface with a lint‑free cloth and suitable, non‑abrasive cleaner; routine wiping preserves the optical texture and prolongs consistent imaging with the EduBlue ED.9950. Is the plate suitable for both incident and transmitted illumination? Yes; the opaque, frosted finish is primarily beneficial for incident lighting scenarios common with stereomicroscopes, enhancing contrast for reflective and translucent specimens. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of a compact, transparent work surface that combines clarity and robustness for precise specimen inspection; the Ø 60 mm plexiglass design fits small stereomicroscope setups and is straightforward to maintain. Order or request advice via Metav Werkzeuge for fast supply and technical guidance. Transparent Plexiglass Stage Ø 60 mm — Euromex SB.9952 The Transparent Plexiglass Stage Ø 60 mm SB.9952 that serves as a compact, clear tabletop for stereomicroscopes, enabling dependable sample support in laboratory, educational and workshop environments Transparent plexiglass for clear sample view Diameter Ø 60 mm for compact installations Compatible with stereomicroscopes Easy to clean, lightweight and durable Clear visual access for precise inspection The transparent construction delivers unobstructed sightlines to small specimens, making fine adjustment and observation simpler under a stereomicroscope. As a lightweight plexiglass disc, the stage minimises reflections and provides a neutral background that assists in contrast management when inspecting delicate parts or biological samples. The compact format is particularly suited to benches with limited space, where a small, reliable viewing area supports repeatable positioning and efficient workflow. Robust material choice for everyday use Crafted from acrylic, the tabletop combines impact resistance with consistent optical clarity, reducing breakage risk compared with thin glass alternatives. The Ø 60 mm diameter offers a stable platform for small mounts and Petri dishes while remaining simple to handle and replace if required. This functional design supports frequent use in teaching labs and routine quality checks, where endurance and predictable behaviour under lighting are key factors in maintaining measurement and inspection routines. Low-maintenance handling and safe cleaning The smooth surface of the acrylic stage allows straightforward maintenance: routine cleaning removes dust and residues without specialised agents. Its easy to clean nature helps preserve optical quality and reduces downtime between sessions. The lightweight construction facilitates rapid exchange for different optical setups and minimises strain during repeated adjustments, contributing to a more efficient inspection cycle in multi-shift or classroom environments. Versatile fit for microscopes and workflows Designed specifically for use with stereomicroscopes, the disc is compatible with a range of stands and illumination arrangements commonly used in workshops and laboratories. The modest footprint makes it a practical choice for experimental rigs, educational benches and component inspection stations that require a compact clear stage. The combination of clarity, durable material and simple geometry supports consistent visual results and easier integration into existing setups. For product advice and reliable supply of the Euromex Transparent Plexiglass Stage (SB.9952), contact Metav Werkzeuge in Emmerich for tailored recommendations and prompt delivery at info@metav-werkzeuge.com or by telephone on +49 2822 7131930 Technical data Article number: SB.9952 SKU: SB.9952 Brand: Euromex Product type: Microscope stage Material: Transparent Plexiglas (acrylic) Dimensions / Measurable data Diameter: Ø 60 mm Features / Applications Intended for: stereomicroscopes Form: round transparent tabletop Suitable environments: laboratory, education, workshop FAQ Is this stage suitable for all stereomicroscopes? The Transparent Plexiglass Stage Ø 60 mm SB.9952 by Euromex is intended for use with stereomicroscopes that accommodate a compact round stage; compatibility depends on the instrument's stage mount and working distance. How should the plexiglass tabletop be cleaned? Clean the Euromex tabletop with a soft cloth and mild detergent; the acrylic material resists everyday contaminants and is designed for simple maintenance without abrasive cleaners. Can this stage be used with transmitted illumination? The transparent nature of the SB.9952 allows light to pass through for many transmitted illumination setups, subject to the specific lighting configuration of the stereomicroscope. Is the material scratch-resistant? The stage is made from durable acrylic, which offers improved impact resistance compared with thin glass; however, like all polymer surfaces it can be scratched and should be handled with care. What is the primary application for this tabletop? The Euromex SB.9952 is primarily intended as a compact, clear support for specimen observation on stereomicroscopes in educational, laboratory and light workshop settings. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of a combination of 60x magnification, a numerical aperture of 0.80 and a short working distance for high-detail imaging of near-surface specimens; order the Euromex bScope BS.8460 directly via Metav Werkzeuge or ask our consultants if needed bScope BS.8460 microscope objective — 60x magnification, NA 0.80 (Euromex) The bScope BS.8460 is a 60x microscope objective designed for high-resolution observation in education and life-science applications, offering a compact working distance for close-focus specimen inspection 60x magnification for fine structural detail Numerical aperture 0.80 for superior resolution Working distance 0.46 mm for close-up samples High resolving power for detailed sample analysis The objective delivers 60x magnification combined with a numerical aperture of 0.80, which results in improved light-gathering capability and enhanced resolving power compared with lower-NA lenses. In practical terms, a higher NA enables sharper contrast and finer distinction between closely spaced structures in biological specimens or thin material sections; this translates into fewer retakes and clearer documentation. The optical correction is designed to support modern microscope configurations that require consistent image quality across the field. Close working distance optimised for surface and cell-layer observation A working distance of 0.46 mm positions the front element close to the specimen plane, which benefits applications where high magnification of surface detail or superficial cell layers is required. The reduced gap improves numerical-aperture utilisation but requires careful sample mounting and focusing technique; in routine lab work this often means using low-profile coverslips and stable stage control. The short working distance is especially useful for life-science teaching labs and research benches where detailed, high-contrast views of thin preparations are needed. Compatibility with infinity-corrected optical systems and practical use This lens is specified as an infinity-corrected IOS PLi objective, making it suitable for integration into modern microscope stands that accept infinity optics. Compatibility with such systems allows straightforward adoption into existing setups without the need for major system redesign, while preserving parfocality and tube-lens requirements. The construction supports repeated classroom use and practical laboratory workflows, aiding reliable imaging across sessions. As a product from Euromex, the optical performance is aimed at balancing robustness with classroom and bench-level precision Contact Metav Werkzeuge today to discuss system compatibility, request detailed documentation or to place an order for the Euromex bScope BS.8460 through our technical sales team at Metav Werkzeuge; email info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: BS.8460 SKU: BS.8460 Manufacturer: Euromex Model series: bScope Product type: microscope objective Core specifications Magnification: 60x Working distance: 0.46 mm Numerical aperture: 0.80 Optical type: infinity-corrected IOS PLi Features & applications Referenced in Education and Life Science documentation Suited to education and life-science imaging scenarios Close working distance for high-detail surface observation FAQ What magnification and resolution can be expected with this objective? The Euromex bScope BS.8460 microscope objective (SKU BS.8460) provides 60x magnification with a numerical aperture of 0.80, enabling high-resolution imaging suitable for fine structural observation in life-science and teaching contexts. Is the objective compatible with infinity-corrected microscope systems? Yes, the lens is specified as an infinity-corrected IOS PLi objective and is designed for integration into microscopes that accept infinity optics. How close can the objective approach the specimen and what does that mean for handling? The working distance is 0.46 mm, which requires careful sample mounting and stage control; the short distance benefits surface detail imaging but necessitates cautious focus adjustments. Can this objective be used in both education and research laboratories? The optical specification and documented references in education and life-science materials make this objective appropriate for teaching labs and routine research tasks where high-detail visualisation is needed. Does the product require specific tube lenses or adapters? Integration into an infinity-corrected system typically requires a compatible tube lens as specified by the microscope manufacturer; check system compatibility before installation. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Compact high-magnification performance meets clear optical specification: the combination of 60x magnification and a numerical aperture of 0.85 delivers improved resolving power for demanding visual inspection. Order the MicroBlue MB.7060 directly via Metav Werkzeuge or consult our specialists for application guidance and matching accessories. MicroBlue MB.7060 — 60x Microscope Objective, NA 0.85 (Euromex) MicroBlue MB.7060 is a 60x microscope objective engineered for precise, high-magnification observation in laboratory and educational settings. 60x magnification Numerical aperture 0.85 for fine detail Designed for laboratory microscopes Enhanced resolution for fine structural detail The combination of 60x magnification and a numerical aperture of 0.85 increases the objective’s ability to distinguish closely spaced features, which is essential for detailed inspection tasks. The numerical aperture (NA) describes the light-gathering capacity and angular acceptance of the lens; a higher NA improves resolution and contrast, especially under transmitted illumination. Users unfamiliar with optical metrics will notice finer detail and clearer edge definition in samples where standard objectives show limited structure. Practical optics for routine and specialised observation Built as an S60x/0.85 type objective, the lens is suited to high-magnification workflows where visual clarity and repeatability matter. The construction supports stable imaging and consistent field flatness typical of dedicated high-NA objectives, enabling repeatable results across multiple sessions. For workflows in teaching labs, quality control benches or research setups, the lens delivers the optical precision required without complex reconfiguration, simplifying integration into existing microscope stands and routines. Proven manufacturing and dependable supply chain Produced by Euromex, the MicroBlue MB.7060 reflects established optical manufacturing standards and quality control practices that favour consistent performance. The clearly stated specification—60x, NA 0.85—provides an objective basis for instrument selection and comparison, allowing purchasing decisions to be made on measurable parameters rather than marketing claims. Where supply reliability and documentation are decisive, the product is available through Metav Werkzeuge, whose regional logistics and inventory management act as a practical quality filter for European workshops and laboratories. For secure procurement and application advice on the Euromex MicroBlue MB.7060, contact Metav Werkzeuge to discuss integration, documentation and availability near your workshop. Technical Data Article number: MB.7060 SKU: MB.7060 Manufacturer: Euromex Product type: Microscope objective Model series: MicroBlue Label: Mikroskopobjektiv MicroBlue MB.7060 Data Magnification: 60x Numerical aperture: 0.85 Special features S60x/0.85 objective Category: for microscopes FAQ What magnification and numerical aperture does the objective offer? The MicroBlue MB.7060 provides 60x magnification combined with a numerical aperture of 0.85, supporting enhanced resolution and contrast. How does the numerical aperture affect image quality? A higher numerical aperture, such as NA 0.85 in this objective, increases light-gathering ability and angular resolution, improving the ability to resolve fine structures and enhancing contrast in high-magnification observation. Is this objective suitable for educational laboratories? Yes, the MicroBlue MB.7060 is specified in educational documentation and is suitable for advanced teaching environments where higher magnification and clear visualisation of microstructures are required. What specification should be checked when comparing similar objectives? Compare magnification, numerical aperture, and the stated objective type (for example S60x/0.85) to ensure the lens meets the needed resolution and light-gathering requirements. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of 60x magnification, a high numerical aperture (0.80) and a compact 1.5 mm working distance for sharper detail and reliable imaging in demanding inspection tasks; order directly via Metav Werkzeuge or consult our specialists for application advice. Microscope objective Achios‑X Observer AX.7260 — high‑resolution 60x objective with 0.80 NA The Microscope objective Achios‑X Observer AX.7260 is an engineered optical lens for laboratory and industrial microscopes, designed to deliver detailed imaging at high magnification for inspection, research and quality control applications. High 60x magnification Numerical aperture 0.80 Working distance 1.5 mm Achios‑X Observer compatibility Delivering the resolution required for critical inspection The combination of 60x magnification and a numerical aperture of 0.80 provides noticeably higher resolving power compared with lower‑aperture optics; this means finer structural details can be distinguished and captured. The numerical aperture governs the objective’s light‑gathering ability and directly affects image contrast and resolution — a larger value improves capability at high magnifications. For operators evaluating microstructures, circuit features or biological samples, this optical specification translates into crisper edge definition and better visual differentiation between closely spaced elements. The result is a measurable improvement in inspection confidence and fewer repeat analyses. Optimised for short‑distance inspection tasks With a working distance of 1.5 mm, this objective is purpose‑built for applications that require close proximity to the specimen, such as high‑precision surface inspection or thin‑section microscopy. A shorter working distance reduces the optical path and improves stability for very high magnification imaging, but it also requires careful sample placement and compatible stage hardware. The compact clearance is ideal where space at the sample plane is limited and where objective immersion or cover‑slip considerations are managed. Compatibility with standard observer stands ensures straightforward mechanical integration into existing setups. Optical build and series compatibility for consistent results Specified as an S60x/0.80 PLi type within the Achios‑X Observer series, this objective is manufactured for consistent optical performance across matched sets. The designation indicates the design intent and alignment with Euromex’s observer line, facilitating predictable imaging characteristics when paired with matching condenser and ocular assemblies. For procurement and inventory, using series‑matched optics minimises aberrations and simplifies calibration routines, delivering more repeatable measurements and fewer alignment interventions during routine use. Practical integration and support for laboratory workflows Beyond raw optical data, the objective supports efficient laboratory operation when combined with proper illumination and camera systems: the high numerical aperture benefits digital capture by increasing signal for shorter exposure times and improved signal‑to‑noise ratios. Technical documentation (referenced in the Life Science PDF) lists the core specifications and helps ensure correct optical matching. For teams establishing new measurement protocols or retrofitting inspection stations, the clear technical parameters allow planners to assess system throughput, expected image quality and required handling procedures before purchase, reducing integration risk and downtime. Contact Metav Werkzeuge for a tailored specification check, compatibility guidance and access to the technical PDF for the Euromex Achios‑X Observer AX.7260; our consultants in Emmerich will help determine the best configuration for each inspection task Technical data Article number: AX.7260 SKU: AX.7260 Manufacturer: Euromex Model series: Achios‑X Observer Product type: Microscope objective Label: Mikroskopobjektiv Achios-X Observer AX.7260 Facts Magnification: 60x Numerical aperture: 0.80 Working distance: 1.5 mm Special features Objective designation: S60x/0.80 PLi Application area: For microscopes (microscopy accessory) Source reference: Life Science PDF (pages 21, 46) FAQ What level of detail can be expected with this objective? The Euromex Achios‑X Observer AX.7260 achieves high detail through its 60x magnification and 0.80 numerical aperture, enabling improved resolution for small features and structural contrasts. Is this objective compatible with standard observer microscope stands? Yes, the AX.7260 is part of the Achios‑X Observer series and is specified for integration with observer stands and matching optical components to ensure mechanical and optical compatibility. How does the short working distance affect sample handling? A 1.5 mm working distance offers enhanced optical performance at close range but requires precise sample placement and appropriate stage control to avoid contact with the lens. Where can the official technical specifications be found? Detailed specifications, including the S60x/0.80 PLi designation, are listed in the Life Science PDF referenced for the product and can be supplied by Metav Werkzeuge on request. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com