Combining a 0.5x reduction optic with a robust C‑mount interface for 1/2 inch microscopy cameras, this adapter expands the usable field of view while preserving image alignment; order directly via Metav Werkzeuge or contact our consultants for fit and compatibility advice. Euromex SB.9850 C‑mount adapter — 0.5x for 1/2 inch cameras The Euromex SB.9850 is a C‑mount adapter engineered to integrate 1/2 inch microscopy cameras into standard C‑mount systems for imaging, documentation and inspection tasks. Secure C‑mount coupling for reliable fit 0.5x optics for expanded field of view Optimised for 1/2 inch camera sensors Widen the observation area without sacrificing clarity The 0.5x reduction lens decreases effective magnification, which directly increases the observable scene on a 1/2 inch sensor. This is particularly valuable when documenting larger specimens or when a broader context is needed during inspection; the result is an enlarged field of view that reduces the need for mechanical stage movement and accelerates routine workflows. The optical reduction also helps to match microscope optics to smaller camera sensors, improving image framing while keeping central sharpness and maintaining alignment with C‑mount optical trains. Fast, secure mechanical integration with established standards As a C‑mount device, the adapter offers a standardised mechanical interface that simplifies attachment to microscope camera ports and C‑mount objectives. Installation is straightforward: the adapter threads onto the microscope camera or camera tube and the camera mounts onto the adapter via the C‑mount thread, avoiding bespoke fittings. The mechanical reliability reduces setup time in repeat tasks and aids reproducibility in inspection reports. The SB.9850 is therefore well suited to labs and inspection benches where rapid camera changes or frequent reconfiguration occurs. Practical benefits explained for procurement and operators Beyond the optical conversion, the adapter reduces the number of additional elements required to adapt cameras to microscopes, which can lower inventory complexity. By expanding the scene captured on a 1/2 inch camera, fewer stitched images are required and documentation speed is improved, offering a measurable efficiency gain in high-throughput environments. The design reduces reliance on expensive camera upgrades when the principal requirement is a wider overview rather than higher magnification, making it a cost-effective addition to imaging setups. Typical applications and where this adapter adds value The device is suitable for educational laboratories, quality-control stations and industrial inspection where accurate visual records are needed quickly. In metallography, electronics inspection and general microscopy documentation it provides an intuitive way to adapt existing cameras for broader scenes. Supported by Metav’s technical advisors, compatibility checks are straightforward and help ensure the adapter meets the specific needs of the imaging chain, from optics to sensor geometry. Contact Metav Werkzeuge for compatibility assessment and ordering: info@metav-werkzeuge.com or call +49 2822 7131930 to discuss the SB.9850 and its fit for intended workflows Technical Data Article number: SB.9850 SKU: SB.9850 Brand: Euromex Product type: Microscope camera adapter Data Magnification: 0.5x Compatible sensor size: 1/2 inch Special features C‑mount standard Optimises field of view for inspection imaging For 1/2 inch microscope cameras FAQ Is the SB.9850 compatible with other sensor sizes besides 1/2 inch? The SB.9850 is optimised for 1/2 inch sensors; use with other sensor sizes is possible but will change the effective field of view and framing, so checks are recommended. How does the 0.5x reduction affect image magnification and field of view? A 0.5x reduction halves the microscope's effective magnification on the camera and approximately doubles the field of view, making larger areas visible without moving the specimen. Does the adapter fit standard C‑mount threads? Yes, the SB.9850 conforms to the C‑mount standard for mechanical connection, providing a secure and repeatable mounting solution. Which applications benefit most from this adapter? Documentation, inspection and educational imaging tasks benefit most where wider scene capture is required without changing objectives or cameras. Will the SB.9850 require optical recalibration of the microscope? In most cases no recalibration is necessary; alignment checks and focus adjustment are sufficient after fitting the SB.9850 to confirm optimal image quality. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of plan apochromatic correction, a 0.5x magnification and a generous 126 mm working distance for reliable, distortion‑free inspection; order the objective directly via Metav Werkzeuge or consult our specialists for integration advice. DZ.4005 Plan apochromatic objective 0.5x for DZ series (126 mm working distance) — Euromex The DZ.4005 is a plan apochromatic objective designed to provide flat, colour‑corrected imaging for DZ‑series stereomicroscopes, with an extended working distance of 126 mm for safe, comfortable sample handling Plan apochromatic correction for flat field Low‑magnification 0.5x objective Generous 126 mm working distance Designed for DZ‑series stereomicroscopes Exceptional image fidelity for inspection and documentation The plan apochromatic design delivers a flat field across the image and suppresses chromatic aberration, so details remain sharp and colour‑accurate from centre to edge. This optical correction is particularly valuable for quality control, solder inspection and metrology tasks where image uniformity matters. By reducing the need for frequent refocusing and post‑processing, the optical design supports higher throughput and more consistent documentation in production and laboratory settings. Practical benefits at the bench and on the production line With a 0.5x magnification, the objective provides a wide field of view while preserving sufficient resolution for component inspection and sample orientation. The 126 mm working distance enables safe manipulation of fixtures, probes or tools beneath the lens without compromising visibility. The combination of wide field and long working distance supports ergonomic workflows and reduces handling risk when inspecting larger assemblies or using auxiliary instruments beneath the lens. Compatibility and straightforward integration Engineered for mounting on the DZ body, this objective integrates seamlessly into DZ‑series stereo assemblies. The opto‑mechanical interface is tailored to existing DZ mounts, simplifying upgrades or replacement of standard lenses. The robust optical correction and mechanical fit help maintain consistent measurement and inspection results over time, making the lens suitable for workshops, research labs and incoming inspection stations that require dependable, repeatable imaging performance. Contact Metav Werkzeuge today to discuss integrating the Euromex DZ.4005 plan apochromatic objective into your inspection setup or to request tailored technical advice — Metav Werkzeuge GmbH is available at info@metav-werkzeuge.com or +49 2822 7131930 Technical Data Article number: DZ.4005 Manufacturer: Euromex Product type: Microscope objective SKU: DZ.4005 Facts Magnification: 0.5x Working distance: 126 mm Special features Plan apochromatic correction For DZ‑series mount FAQ What magnification does this objective provide? The DZ.4005 objective offers a 0.5x magnification suited to wide‑field inspection tasks. Is the working distance sufficient for handling components under the lens? Yes — the DZ.4005 provides a 126 mm working distance, giving ample space for manipulation, tooling and probes beneath the lens. Which microscopes is this objective compatible with? The lens is designed for mounting on DZ‑series stereomicroscopes and matches the DZ body interface for straightforward integration. What optical advantages does a plan apochromatic objective offer? A plan apochromatic objective such as the DZ.4005 delivers a flat field and improved chromatic correction, yielding uniform sharpness and accurate colour rendition across the image, which is essential for inspection and documentation. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of a mid-range 20× optical solution with a 0.40 numerical aperture and a practical 12 mm working distance for reliable sample handling and clear image contrast; order the Delphi‑X Observer DX.7720 microscope objective directly via Metav Werkzeuge or consult the team for further technical details. Delphi‑X Observer DX.7720 microscope objective — 20×, NA 0.40 (Euromex) The Delphi‑X Observer DX.7720 is a laboratory-grade 20× microscope objective designed for precise mid-range imaging with a comfortable working clearance for routine life‑science and inspection tasks. 20× magnification for mid-range detail 12 mm working distance for safe sample access 0.40 numerical aperture for good resolution Designed for life‑science and routine inspection Consistent mid-range magnification for reliable imaging The 20× configuration delivers a balance between field of view and detail, making this objective suitable for tasks that demand both overview and resolution. The 0.40 numerical aperture increases light-gathering capacity compared with lower-NA optics, improving contrast and enabling crisper imaging of cellular structures and fine surface detail. In practical terms, the combination of 20× and 0.40 NA supports efficient image acquisition on standard microscopes, helping to reduce time spent adjusting illumination or re-focusing while maintaining interpretable results for documentation and analysis. Practical working distance to protect samples and instruments A 12 mm working distance provides meaningful clearance between the front lens and the specimen, which reduces the risk of accidental contact during manipulation, mounting or multi-modal workflows. This extra space is particularly beneficial when using thicker slides, stages with inserts, or when occasional tool access is needed during preparation. The longer working clearance also simplifies handling in busy lab environments, where speed and care must be balanced without compromising optical performance. Clear technical definition of optical parameters The numerical aperture (NA 0.40) specifies the lens’s ability to capture diffracted light; a higher NA increases resolving power and brightness at the image plane. The working distance (12 mm) denotes the distance from the objective’s front element to the specimen at focus, which determines clearance and ease of use. Together with the 20× magnification, these parameters give a precise expectation of the performance envelope for routine microscopy tasks, allowing informed selection for both educational and laboratory settings. The optical specification originates from the product documentation (Life Science PDF, p. 26), ensuring traceability of the stated values. Designed for dependable integration and everyday use Produced under the Delphi‑X Observer series, this objective combines straightforward mechanical compatibility with an optical specification tailored to life‑science and inspection applications. The DX.7720 item is a compact optical element that complements existing objective sets and supports consistent image quality across common workflows. For laboratories seeking to standardise instruments, the dependable specification helps reduce variability between sessions and operators, supporting reproducible results in documentation and routine measurement tasks. For expert procurement or compatibility advice on the Euromex Delphi‑X Observer DX.7720, contact Metav Werkzeuge for tailored guidance and reliable supply from Emmerich. Technical Data Article number: DX.7720 SKU: DX.7720 Manufacturer: Euromex Product type: Microscope objective Model series: Delphi‑X Observer Facts Magnification: 20× Working distance: 12 mm Numerical aperture: 0.40 Source: Life Science PDF S. 26 Special features 20× / 0.40 PLPHi objective WD 12 mm FAQ What magnification does the objective provide? The Delphi‑X Observer DX.7720 delivers 20× magnification, suitable for mid‑range detail and routine microscopy tasks. What is the working distance and why is it important? The working distance is 12 mm; this clearance reduces the risk of contact with the specimen and eases handling during preparation and inspection. What does a numerical aperture of 0.40 indicate? A numerical aperture of 0.40 denotes the objective’s light‑gathering and resolving ability; higher NA improves resolution and image brightness for fine detail observation. Which applications suit this objective best? The specification is aligned with life‑science imaging and routine inspection, offering a practical balance of magnification, resolution and operational clearance. Who manufactures the objective and what is the article number? The objective is manufactured by Euromex and listed under article number DX.7720 (SKU DX.7720). Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Product data error: the manufacturer "Euromex" is not included in the approved manufacturer list; please verify the product's brand information, ensure that the details provided align with the authorised manufacturers, and confirm whether the product meets the necessary compliance requirements or if additional steps are needed to rectify the discrepancy before proceeding with any further actions or decisions related to this item.

The compact stage combines a reliably sized working surface with a central glass plate for transmitted-light observation, giving a stable, versatile platform for routine microscopy. Order the unit directly via Metav Werkzeuge or contact their consultants for tailored advice and secure delivery. Euromex AE.1896 microscope stage — 145 x 115 mm with central glass plate Euromex AE.1896 is a compact microscope stage designed for precise specimen positioning in standard laboratory and educational setups. Stage size 145 x 115 mm Central glass plate for transmitted light Compact, stable platform for microscopes Article number AE.1896 Accurate specimen positioning for consistent results A clearly defined working area of 145 x 115 mm offers a predictable footprint for trays, slides and small fixtures; this measured format supports reproducible specimen placement across multiple tasks. The central glass plate is intended for transmitted-light applications, enabling illumination from below without additional stage modification. Together, the compact dimensions and glass insert provide a practical balance of precision and visibility that assists routine inspection and documentation workflows. Stable platform engineered for straightforward integration Engineered as a simple yet robust accessory, the stage provides a stable platform that reduces lateral movement during observation. The unobtrusive design keeps the optical path clear while allowing other microscope accessories to remain accessible. Its form factor suits benches and teaching microscopes where space is at a premium, offering a dependable support surface without complex mounting requirements. This reliability helps to maintain measurement consistency and reduces time spent on repositioning. Practical benefits in laboratory and classroom environments Designed with everyday use in mind, the stage assists tasks such as sample preparation, quality checks and instructional demonstrations. The glass plate simplifies transmitted-light inspection, improving contrast for thin or translucent specimens and making visual assessment more efficient. The compact stage format also eases storage and transport between workstations, supporting flexible lab layouts and shared equipment pools without compromising on handling comfort or visual access. Handling and upkeep for long service life The central glass insert can be kept clear with routine cleaning using appropriate, microscope-safe agents and lint-free wipes, preserving optical clarity and reducing artefacts in observation. The simple construction minimises strands and crevices where contaminants can accumulate, so maintenance is quick and predictable. Careful handling during slide placement and removal further extends the practical lifespan of the stage while ensuring consistent performance. For professional specimen handling with reliable visibility and repeatable placement, request the Euromex AE.1896 via Metav Werkzeuge — experienced consultants in Emmerich can advise on compatibility and delivery; contact info@metav-werkzeuge.com or call +49 2822 7131930 to discuss requirements Technical Data Article number: AE.1896 SKU: AE.1896 Manufacturer: Euromex Product type: Microscope stage Facts Stage size: 145 x 115 mm Central glass plate: yes Special features Central glass plate for transmitted-light observation Compact footprint for laboratory and teaching use FAQ What are the exact dimensions of the stage? The stage measures 145 x 115 mm; these dimensions refer to the working surface of the Euromex AE.1896 microscope stage. Is the central glass plate suitable for transmitted-light illumination? Yes, the central glass plate in the Euromex AE.1896 is intended to facilitate transmitted-light observation and to improve contrast for thin or translucent specimens. Which article number and brand identify this stage? The product is the Euromex AE.1896 microscope stage, article number and SKU AE.1896. What typical applications suit this stage? The compact stage is suitable for routine laboratory inspection, educational demonstrations and general microscopy tasks where a stable, accessible working surface is required. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of a compact optical solution that combines reliable 4x magnification with a practical 15.2 mm working distance for straightforward overview imaging. Order the Euromex objective directly via Metav Werkzeuge or consult our advisors for application support. iScope IS.7104 Microscope Objective by Euromex — 4x, NA 0.10 The iScope IS.7104 is a 4x microscope objective designed for routine overview imaging in educational and life‑science environments, offering a long working distance for easier sample access. 4x magnification, NA 0.10 15.2 mm working distance for easy sample access Suited for education and life science microscopy Faster orientation with low‑power overview optics A low‑power objective such as this delivers a wide field of view, enabling rapid orientation of samples and efficient selection of regions for higher‑power inspection. The 4x magnification gives a clear, undistorted overview that speeds up sample navigation and reduces time spent on repositioning. For laboratories that alternate between coarse overview and detailed examination, an objective with these characteristics supports a smoother workflow and fewer sample adjustments. Reliable depth control thanks to the working distance The 15.2 mm working distance provides more clearance between the objective and the specimen compared with shorter‑WD optics, which is particularly useful when handling thicker preparations, mounting media or surface probes. This extra distance reduces the risk of contact damage and simplifies manipulation during sample preparation. In practical terms, the extended working distance increases operational safety and efficiency during routine use. What the numerical aperture means for contrast and resolution The numerical aperture (NA) 0.10 quantifies the objective’s light‑gathering ability and angular acceptance. While modest in absolute resolving power compared with high‑NA objectives, an NA of 0.10 is appropriate for overview imaging where depth of field and uniform illumination are prioritised over fine resolution. This balance produces consistent contrast across the field and supports brightfield observation in teaching and general laboratory tasks. Designed for educational and life science applications Per the available documentation, this assembly is specified as a 4x/0.10 EPL objective and is referenced in education and life‑science product literature, reflecting its intended use for instruction and routine biological observation. The optical configuration facilitates quick visual surveying of slides, making it a pragmatic choice for teaching environments, routine checks and preliminary examinations before switching to higher magnifications. Practical notes for integration and use The optical module is part of the iScope series, intended to integrate with standard microscope turret systems commonly found in teaching and basic laboratory microscopes. The combination of low magnification, moderate NA and a safe working distance minimises handling constraints and supports a reliable, repeatable inspection process, which is valuable in busy workflows. For tailored advice on integrating the Euromex iScope IS.7104 into existing microscope systems or to arrange priority delivery from Emmerich, contact Metav Werkzeuge by e‑mail at info@metav-werkzeuge.com or by phone at +49 2822 7131930 — Metav’s specialists provide practical guidance and reliable supply for precision optics Technical data Article number: IS.7104 Manufacturer: Euromex Product type: Microscope objective Model series: iScope Facts Magnification: 4x Working distance: 15.2 mm Numerical aperture: 0.10 Special features 4x/0.10 EPL objective (per Education and Life Science PDFs) Suited for teaching and life science microscopy FAQ What does the numerical aperture of 0.10 indicate? The numerical aperture (0.10) indicates the light‑gathering capacity and resolving tendency of the objective; for the iScope IS.7104 by Euromex it means good depth of field and adequate contrast for overview imaging rather than high‑resolution detail. Is this objective suitable for student laboratories? Yes; the Euromex iScope IS.7104 is specified in education documentation and its 4x magnification combined with a 15.2 mm working distance makes it well suited to teaching and practical demonstrations. Can the objective be used for life‑science sample inspection? The documentation cites life‑science applications, and the optical characteristics of the IS.7104 support routine biological observations and preliminary scans before switching to higher‑power objectives. How does the 15.2 mm working distance affect handling? A working distance of 15.2 mm provides safer clearance between the objective and the specimen, easing manipulation of thicker samples and reducing the risk of accidental contact. Where can additional technical documentation be found? Further specifications are referenced in the Education and Life Science PDFs; for more detailed data or compatibility checks Metav Werkzeuge can provide the source documents and application advice. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the combination of 4x magnification, a 15.4 mm working distance and a numerical aperture of 0.10 for reliable low-power inspection and easy specimen access; order the objective directly via Metav Werkzeuge or request advice from our consultants. iScope IS.7204 microscope objective — 4x, NA 0.10 (Euromex) The iScope IS.7204 is a 4x microscope objective engineered for low-power inspection and educational use, offering a long working distance for straightforward sample handling. 4× magnification for broad field overview 15.4 mm working distance for easier sample access Numerical aperture 0.10 for consistent low-power resolution Easier handling and access thanks to a long working distance The combination of 4× magnification and a working distance of 15.4 mm provides clear benefits for routine inspection and assembly tasks. A greater working distance reduces the risk of collisions with probes, tweezers or other tools while adjusting samples, which makes handling delicate components more straightforward. In practice, the extended space beneath the lens simplifies fixtures, illumination positioning and use with non-standard mounts. The longer focal gap therefore translates directly into shorter setup times and fewer interruptions during quality checks. What the numerical aperture means for visible detail The numerical aperture (NA 0.10) is a technical measure of the objective’s light-gathering ability and determines the achievable resolution at this magnification. AnNA of 0.10 yields sufficient resolving power for coarse to medium-detail inspection tasks while maintaining a forgiving depth of field, which helps keep uneven surfaces in acceptable focus. For customers unfamiliar with the term, numerical aperture is the practical indicator of how finely structures can be resolved: higher NA improves detail but reduces depth of field. For low-power overview work, the chosen NA balances clarity with operational flexibility. Suited to education, inspection and straightforward metrology tasks This microscope objective is designed as a practical component for inspection benches, teaching microscopes and entry-level metrology setups. The absence of coverglass correction makes the objective ideal for direct observation of components, fixtures or bulk materials without thin covers, reducing the need for specialised sample preparation. As an element within a measurement or inspection workflow, the objective provides consistent imaging, straightforward integration and repeatable performance that supports rapid throughput in production or training environments. Contact Metav Werkzeuge for tailored advice on integrating the Euromex iScope IS.7204 into existing microscopes or to request the original datasheet; phone +49 2822 7131930 or email info@metav-werkzeuge.com Technical data Manufacturer article number: IS.7204 SKU: IS.7204 Manufacturer: Euromex Core specifications Product type: Microscope objective Magnification: 4x Working distance: 15.4 mm Numerical aperture: 0.10 Note: No coverglass correction Features and compatibility Model series: iScope Intended use: Low-power inspection, education, basic metrology Source references: Education and Life Science PDFs (product datasheet) FAQ What magnification does the objective provide? The iScope IS.7204 delivers 4x magnification, suitable for overview inspection and teaching applications. What is the working distance and why is it important? The specified working distance of 15.4 mm allows easier sample handling and positioning under the Euromex microscope objective, reducing collision risk with tools. Does the objective include coverglass correction? No, the objective is specified as no coverglass correction, which suits direct observation of components and bulk samples. What does a numerical aperture of 0.10 mean in practice? AnNA of 0.10 indicates the objective’s light-gathering capacity and sets its low-power resolving performance, providing a useful compromise between detail and depth of field. Is this objective suitable for quality-control benches and teaching labs? Yes, the optical design and working distance make the iScope IS.7204 appropriate for inspection benches, educational microscopes and basic metrology tasks. Manufacturer: Euromex / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

The combination of 4x magnification, 15.4 mm working distance and numerical aperture 0.10 delivers reliable low-power imaging for inspection and teaching; order the microscope objective via Metav Werkzeuge or consult our specialists for integration advice microscope objective iScope IS.8804 — Euromex, 4x, 15.4 mm working distance The microscope objective iScope IS.8804 is a low-power objective from Euromex engineered for overview imaging and routine inspection, offering a balance of field size and handling space suitable for laboratory, education and workshop microscopy 4x magnification for low-power overview 15.4 mm working distance for ample sample space Numerical aperture 0.10 for improved resolution Efficient overview imaging for faster inspection Low-power optics at 4x magnification enable rapid scanning of samples and quick location of regions of interest, reducing inspection time in routine workflows. The broad field of view associated with low magnification supports efficient visual surveys of slides, larger specimens and mounted parts; this is particularly valuable in teaching environments and production checks where speed and repeatability matter. The optical design emphasises clarity across the full image circle so operators can identify areas requiring higher magnification without time-consuming adjustments. Practical handling with a generous working distance A 15.4 mm working distance provides practical clearance between the objective front and the specimen, allowing for light sources, probes or specimen holders to be used without risk of collision. In applied settings this reduces handling interruptions and supports the safe use of manipulators or polarising accessories. The extra space also eases focus adjustments and reduces the need for frequent re-positioning of samples, improving throughput in routine inspection and educational demonstrations while preserving focus stability. Understanding the optical balance: aperture and depth of field The numerical aperture of 0.10 defines the objective's ability to gather light and resolve fine detail; a moderate NA like this offers a compromise between resolution and depth of field. Practically, this means good contrast and sufficient resolving power for low-power tasks while retaining a forgiving depth of field that keeps uneven or slightly thicker specimens in acceptable focus. For users unfamiliar with the term, numerical aperture correlates directly with resolving power — higher NA typically improves detail but reduces focus tolerance. Built for everyday laboratory and teaching use Part of the iScope series by Euromex, this objective combines straightforward optical performance with a form factor suited to routine use. The specification set—4x magnification, 15.4 mm working distance, numerical aperture 0.10—supports a wide range of basic microscopy tasks without unnecessary complexity, making it suitable for instrument fleets in training rooms, inspection benches and general-purpose labs. The result is consistent low-power imaging that integrates into standard microscope setups for dependable daily operation. For reliable low-power imaging and straightforward integration, contact Metav Werkzeuge to arrange procurement or technical clarification for the Euromex iScope IS.8804 microscope objective Technical data Article number: IS.8804 SKU: IS.8804 Product type: Microscope objective Core specifications Magnification: 4x Working distance: 15.4 mm Numerical aperture: 0.10 Design and compatibility Series: iScope Brand: Euromex Category: For microscopes FAQ What magnification does this objective provide? The Euromex iScope IS.8804 delivers 4x magnification, intended for low-power overview imaging. How much working clearance is available for samples and accessories? The objective offers a 15.4 mm working distance, providing ample space for larger specimens, lighting or manipulators during inspection. What does numerical aperture 0.10 mean for image quality? A numerical aperture of 0.10 balances resolution and depth of field, giving reasonable fine-detail rendering while maintaining tolerance for slightly uneven samples with good contrast. Is this objective part of a series suitable for teaching and routine inspection? Yes, the IS.8804 belongs to the iScope series by Euromex and is specified for general low-power applications in laboratory and educational settings. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Benefit from the combination of Plan-corrected optics, 5× magnification and a 15.5 mm working distance for consistent, repeatable imaging in routine and educational settings. Order the Euromex IS.8105 directly via Metav Werkzeuge or ask our consultants for advice on system compatibility. Plan PLMi 5x/0.12 IOS objective — Euromex microscope objective with 5× magnification and 15.5 mm working distance The Plan PLMi 5x/0.12 IOS objective is an infinity-corrected microscope objective engineered for flat-field imaging where a moderate magnification and an extended working distance are required Plan-corrected optics for flat images 5× magnification, NA 0.12 Infinity-corrected optical design Working distance 15.5 mm, no cover-glass correction Improved image uniformity for inspections and documentation This objective delivers a noticeably flatter image field compared with standard lenses, which reduces edge curvature and eases image stitching and measurement tasks. The Plan-corrected optics ensure that detail remains sharp across the field of view, a practical advantage for routine inspections, sample documentation and teaching demonstrations. The moderate 5× power balances resolution and field of view, so features are easier to locate and measure without frequent stage adjustments. The design supports efficient workflows by lowering the need for post-capture correction and by improving the reliability of visual comparison and image analysis. Practical optical design and what the specifications mean The lens is infinity-corrected, which means it was designed to work in microscopes that use an infinity optical path; this enables use of additional optical modules or tube lenses without changing the focal characteristics. The numerical aperture of 0.12 determines resolving power and depth of field — here it offers a compromise between contrast and working distance, giving a useful depth of focus for thicker specimens. The label indicates no cover-glass correction, so the objective is optimised for use without a cover slip or with specimens where cover-glass correction is unnecessary; this avoids spherical aberration caused by incorrect cover-glass compensation and simplifies use with mounts or holders that preclude a cover slip. Where this objective adds value in the lab or classroom The combination of 15.5 mm working distance and flat-field correction makes the lens well suited to applications such as quality control inspections, biological teaching labs and material surface observation where ease of handling and operator safety are important. The extended working distance creates more space for manipulators, micro-tools or probe heads while keeping the specimen in focus. As a component of the IOS series, the lens integrates readily into common educational and industrial microscope stands, providing reproducible imaging for routine checks or demonstration purposes. If the application is specialised or the optical path unusual, technical advice is available to confirm compatibility and expected performance; enquiries may be addressed by e‑mail or telephone to discuss requirements. For dependable flat-field performance from Euromex, contact Metav Werkzeuge today to discuss the IS.8105 objective, system compatibility and ordering details — Metav Werkzeuge can advise on integration and supply from stock Technical data Article number: IS.8105 SKU: IS.8105 Manufacturer: Euromex Product type: microscope objective Core specifications Magnification: 5× Numerical aperture: 0.12 Working distance: 15.5 mm Optical correction: Infinity-corrected Special features Plan-corrected optics No cover-glass correction IOS optical series Label: Plan PLMi 5x/0,12 IOS objective FAQ What does "no cover-glass correction" mean for everyday use? No cover-glass correction means the Euromex IS.8105 objective is optimised for specimens without a cover slip or where cover-glass thickness is not applied; this reduces spherical aberration when a cover slip is absent. Which microscope types are compatible with this objective? The lens is infinity-corrected, so the IS.8105 fits microscopes that use an infinity optical path and a compatible tube lens; compatibility checks should be made against the microscope manufacturer's specifications. Is the 15.5 mm working distance suitable for sample manipulation? Yes — the 15.5 mm working distance provides comfortable space for micro-manipulation or inspection with probes while maintaining focus and image quality with this objective. Can this objective be used for documentation and image stitching? The plan-corrected design of the IS.8105 provides a flat field that reduces distortion at the edges, supporting accurate documentation and seamless image stitching for reproducible results. 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-capable optics, a generous 15.5 mm working distance and reliable plan correction for consistent transmitted-light inspection — order the objective directly via Metav Werkzeuge or contact our consultants for compatibility advice. Plan stress-free PLPOLi 5x/0.12 IOS objective for iScope (IS.7905-T) — 5×, 15.5 mm working distance — Euromex The Plan stress-free PLPOLi 5x/0.12 IOS objective is optimised for transmitted-light polarisation inspections on iScope microscopes, offering a 15.5 mm working distance and operation without cover-glass correction Plan stress-free optical correction 5× magnification for low-power overview Numerical aperture 0.12 for good depth of field 15.5 mm working distance, no cover-glass correction Flat-field optics for true-to-sample imaging and reliable polarisation results The objective combines plan correction with a stress-free optical design, which keeps the imaging field flat and minimises internal birefringence. For quality control and material inspection this means fewer artefacts and truer colour contrast when working with polarised transmitted light. The PLPOLi designation indicates polarisation-optimised performance, so samples examined under crossed polarising filters show reliable extinction and interference colours. For technicians and laboratory engineers unfamiliar with these terms: a flat field reduces the need for refocusing across the image and a stress-free lens prevents unwanted internal stresses from affecting polarisation readings. Low-power overview and practical handling during sample work With 5× magnification and a numerical aperture of 0.12, the lens provides a wide field of view and good depth of field for rapid inspection and orientation steps. This configuration is ideal for scanning larger areas before switching to higher-power objectives, reducing inspection time and improving throughput. The 15.5 mm working distance gives clear space for sample manipulation, polariser inserts or thicker specimens, and the absence of cover-glass correction means the lens is suited to samples examined without a cover slip or when precise cover-glass control is not required. Integration into iScope transmitted-light polarisation setups is straightforward, accelerating routine checks and production-line sampling. Practical benefits for integration, workflow and repeatability This objective is designed for straightforward mounting in compatible optical systems and contributes to repeatable measurements thanks to its optical stability. The compatibility with an IOS optical system ensures consistent image projection into the microscope tube or camera path without unexpected vignetting. For process engineers, the main benefits are predictable polarisation behaviour, reduced inspection variability and easier sample handling. If additional technical data are required to confirm fitment with a specific iScope model or camera, technical advice is available from Metav Werkzeuge; pairing the right objective with existing microscope elements helps maintain inspection accuracy and shortens setup time. Choose Euromex optics for dependable polarisation inspection and contact Metav Werkzeuge for tailored advice and fast delivery from Emmerich. Technical data Article number: IS.7905-T SKU: IS.7905-T Manufacturer: Euromex Product type: Microscope objective Facts Magnification: 5× Numerical aperture: 0.12 Working distance: 15.5 mm Special features Plan stress-free optical design PLPOLi polarisation optimisation IOS compatibility No cover-glass correction FAQ What magnification and numerical aperture does this objective provide? The objective delivers 5× magnification with a numerical aperture of 0.12, providing a wide field and good depth of field for low-power transmitted-light inspections. Is the objective suitable for polarisation work on an iScope? Yes, the PLPOLi design is optimised for transmitted-light polarisation and is intended for use with iScope polarisation setups for reliable birefringence and interference colour rendering. Can this objective be used without a cover slip? Yes, the lens is specified with no cover-glass correction, making it appropriate for samples examined without a cover slip or for thicker specimens where cover-glass compensation is not required. How does the 15.5 mm working distance benefit inspection workflows? The 15.5 mm working distance provides ample clearance for sample manipulation, polariser inserts and fixtures, simplifying handling and reducing the risk of contact with the lens during adjustment. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Fehlinformation: Hersteller "Euromex" ist nicht in der vorgegebenen Herstellerauswahl enthalten, was möglicherweise darauf hinweist, dass entweder ein Fehler bei der Eingabe der Herstellerauswahl vorliegt oder dass der Hersteller "Euromex" aus bestimmten Gründen nicht in der aktuellen Datenbank oder Liste der zugelassenen Hersteller aufgeführt ist, was überprüft und gegebenenfalls korrigiert werden sollte, um sicherzustellen, dass alle relevanten Herstelleroptionen korrekt dargestellt und berücksichtigt werden können, da dies für die Benutzerfreundlichkeit und die Genauigkeit der Auswahl entscheidend ist, insbesondere wenn es sich um eine wichtige Entscheidung oder einen spezifischen Anwendungsfall handelt, der von der richtigen Herstellerangabe abhängt.

Take advantage of a high‑intensity daylight output, low power consumption and compact design for consistent inspection results; order the unit directly via Metav Werkzeuge or request tailored advice from our consultants. LE.5211-LED LED cold light source – 30 W LED (equivalent to 120 W halogen), 30,000 lx, 6500 K (Euromex) The LE.5211-LED provides focused, daylight‑balanced illumination for microscopy and precision inspection, ideal for laboratory benches and production inspection stations. 30 W LED, equivalent to 120 W halogen 30,000 lx peak illuminance 6500 K daylight colour temperature Compact 150 x 150 x 230 mm footprint High‑fidelity illumination for accurate visual inspection A stable, daylight‑balanced light source supports reliable visual assessment and image capture. The 30 W LED design delivers an intense 30,000 lx at the focal output while consuming markedly less energy than comparable halogen units; the result is consistent contrast and colour rendering at 6500 K, which helps to reduce interpretation errors in quality control. Thanks to the cold‑light principle, thermal load on specimens is minimised, which preserves sensitive samples and prevents heat‑induced measurement drift. This clarity supports process decisions based on visual evidence rather than guesswork. Compact, flexible power and straightforward integration The unit is designed for tight workspaces: at 150 x 150 x 230 mm and a weight of 2.8 kg, the housing is portable yet stable on a bench. Dual supply options (230 V AC; 12 V DC) enable connection in laboratory and production environments, and the compact footprint simplifies retrofitting into existing inspection rigs. Note that a separate light guide is required for delivery of light to the inspection point; this approach allows individual selection of light guides to match optical accessory heads and focal lengths for different applications, making the source adaptable rather than prescriptive. Industrial compatibility, serviceability and application scope Built to serve microscopy and precision inspection workflows, the light source is compatible with a range of focusing heads and filters that require a suitable light guide. The design balances durability with serviceability so maintenance schedules remain predictable. For tasks from material inspection to assembly control, the unit offers repeatable illumination conditions that enhance measurement confidence. If supplementary technical details are needed to confirm suitability for a specific setup, Metav Werkzeuge can provide guidance and support, including accessory compatibility and delivery from stock in Emmerich. Contact Metav Werkzeuge for personalised configuration advice and to order the Euromex LE.5211-LED directly from our Emmerich warehouse — telephone +49 2822 7131930 or eMail info@metav-werkzeuge.com Technical Data SKU: LE.5211-LED Manufacturer item no.: LE.5211-LED Brand: Euromex Product type: LED cold light source Facts Power: 30 W LED (catalogue equivalent to 120 W halogen) Illuminance: 30,000 lx Colour temperature: 6500 K Supply voltage: 230 V AC; 12 V DC Weight: 2.8 kg Dimensions (H x W x D): 150 x 150 x 230 mm Special features LED cold light source Light guide required for focusing heads and filters Accessories requiring suitable light guide: LE.5213, LE.5214, LE.5216, LE.5222, LE.5224, LE.5228, LE.5231 FAQ Is a light guide included with the unit? No, a light guide is not included; the LE.5211-LED requires a separate light guide for connection to focusing heads and filters. What are the electrical supply options? The LE.5211-LED supports 230 V AC and 12 V DC input voltages for flexible installation in laboratory and production environments. How bright is the light output compared with halogen lamps? The 30 W LED of the LE.5211-LED is specified as equivalent to a 120 W halogen source and is rated for approximately 30,000 lx at the output. Which applications suit this light source best? The unit is suitable for microscopy, visual inspection, quality control and other tasks requiring stable, daylight‑balanced illumination. Are specific accessories required for certain focussing heads? Yes; several focussing heads and filters listed for this range require a compatible light guide to operate correctly with the LE.5211-LED. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Optimised camera coupling for routine documentation: the OX.9833 provides a 0.33x optical reduction for correct sensor coverage and mounts to Oxion (Revision 2) and Oxion Inverso inverted microscopes via a C‑ring, ensuring consistent imaging across sessions; order the Euromex OX.9833 directly via Metav Werkzeuge or ask our consultants if needed. Euromex OX.9833 — Photo adapter with 0.33x objective for Oxion inverted microscopes The OX.9833 is a photo adapter with a 0.33x objective designed to couple 1/3‑inch cameras to Oxion (Revision 2) and Oxion Inverso inverted microscopes for reliable image capture in laboratory and teaching environments 0.33x optical reduction for correct scaling Compatible with Oxion Revision 2 and Inverso Fits 1/3‑inch cameras with C‑ring Ensure correct image scale for documentation and analysis The optical reduction of 0.33x delivers a predictable field of view adjustment that aligns microscope ocular optics with small‑format camera sensors. This adapter reduces the microscope image so that a 1/3‑inch sensor receives a properly scaled image, avoiding unexpected cropping or loss of peripheral detail. Such predictable scaling improves repeatability in image documentation and simplifies post‑processing, which is particularly valuable for routine quality control and comparative imaging tasks. Simple integration with Oxion inverted microscope systems Designed for direct mounting to Oxion (Revision 2) and Oxion Inverso models, the adapter uses a C‑ring interface compatible with standard C‑mount camera fittings. The mechanical fit allows fast attachment and removal, supporting workflows that alternate between visual inspection and image capture. By matching the mechanical and optical interfaces, the unit reduces setup time and prevents unnecessary realignments, supporting higher throughput in busy labs and teaching rooms. Optical behaviour explained for reliable sensor matching The adapter’s 0.33x objective functions as an image reducer: the microscope’s intermediate image is reduced to the correct size for a 1/3‑inch sensor, lowering the risk of vignetting and improving image uniformity across the frame. In practice, this means a larger effective working area is captured on the camera sensor without changing the microscope’s objective or tube optics. For users unfamiliar with sensor geometry, this optical reduction translates directly into fewer retakes and more usable images from the first capture. Stable performance for workshop, teaching and laboratory use Built to complement established microscope systems, this camera adapter offers consistent mechanical alignment and optical behaviour for repeated daily use. The Euromex construction emphasises precision and compatibility rather than superfluous features, supporting reliable image capture across sessions. For mixed environments where several camera types or microscopes are in use, the adapter simplifies equipment standardisation and helps maintain consistent documentation standards across teams. Request the Euromex OX.9833 from Metav Werkzeuge for dependable camera coupling and advice on integration to your Oxion system — Metav’s consultants in Emmerich can advise on compatibility and delivery to your workshop. Technical data Article number: OX.9833 Manufacturer: Euromex Product type: Microscope camera adapter Facts Magnification: 0.33x Camera format: 1/3‑inch Mount: C‑ring / C‑mount Special features Compatible with Oxion (Revision 2) and Oxion Inverso For inverted microscopes and camera coupling Optical reduction for camera sensors FAQ What cameras are compatible with this adapter? The adapter is designed for 1/3‑inch cameras with a C‑ring interface; the Euromex OX.9833 matches standard C‑mount fittings for direct camera attachment. Does the adapter change the microscope magnification? The unit provides a 0.33x optical reduction to match the microscope image to the camera sensor; it does not alter the objective seated in the microscope but changes the image scale delivered to the camera. Is the adapter suitable for Oxion Revision 1 models? Compatibility is specified for Oxion (Revision 2) and Oxion Inverso; the Euromex OX.9833 is not listed for older revisions and should be checked against the microscope’s mechanical interface before use. Will the adapter reduce vignetting on small sensors? By matching the intermediate image to a 1/3‑inch sensor, the adapter helps reduce vignetting and improves image uniformity for cameras with smaller sensors. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the 10x magnification combined with a numerical aperture of 0.25 and a compact 5.0 mm working distance for reliable mid‑range imaging in laboratory settings; order the bScope BS.8710 directly via Metav Werkzeuge or consult Metav's advisors for application support. bScope BS.8710 microscope objective — 10x, NA 0.25 The bScope BS.8710 microscope objective is a mid‑power optical element designed for routine laboratory microscopy and life‑science inspection where balanced resolution and working distance are required. 10x magnification Numerical aperture 0.25 Working distance 5.0 mm Effective mid‑range magnification for routine inspection The 10x magnification delivers a practical compromise between field of view and detail, making this objective suitable for general sample overview and documentation. With moderate enlargement, the lens enables efficient scanning of specimens while preserving context, which reduces the need for frequent objective changes. The balanced magnification supports a wide range of laboratory tasks from sample preparation checks to documentation, improving throughput in inspection workflows. Balanced aperture for clear contrast and definable resolution A numerical aperture of 0.25 determines both the resolving power and the light‑gathering capacity of the lens. In practical terms, the specified NA 0.25 improves image sharpness compared with lower‑aperture equivalents and permits finer detail to be discerned at mid magnification. Numerical aperture should be understood as a measure of the cone of light the objective accepts: higher values generally yield better resolution but narrower depth of field. The present aperture provides a useful trade‑off for clear, contrasty images without demanding specialised illumination. Compact working distance for confined setups and higher stability The working distance of 5.0 mm denotes the distance from the front lens to the focal plane and is important where space between objective and specimen is limited or where additional apparatus (such as micromanipulators or environmental chambers) is used. A short working distance like WD 5.0 mm promotes mechanical stability and reduces sensitivity to vibration for close‑focus tasks, though it requires careful handling to avoid contact with samples. Integration into existing microscope systems is straightforward when the optical and mechanical constraints are considered in planning. Quality design and application context Produced under the bScope series by Euromex, this objective is specified as 10x/0.25 and is referenced in the Life Science product documentation. The construction aims to combine dependable optical performance with straightforward use in laboratory environments. For users seeking predictable imaging performance at moderate magnifications, the lens represents a pragmatic solution that complements both educational and professional microscopy setups. For tailored advice on integrating the bScope BS.8710 into specific microscope models or for procurement assistance, contact Metav Werkzeuge — info@metav-werkzeuge.com or +49 2822 7131930 — Metav's consultants will provide application support and ordering guidance. Technical data Article number: BS.8710 SKU: BS.8710 Manufacturer: Euromex Product type: Microscope objective Series: bScope Facts Magnification: 10x Numerical aperture: 0.25 Working distance: 5.0 mm Special features Description: Microscope objective bScope BS.8710; magnification 10x; NA 0.25; WD 5.0 mm Additional notes: 10x/0.25 PLPHi objective (Life Science PDF p.9) FAQ What magnification does this objective provide? The bScope BS.8710 provides 10x magnification, suitable for mid‑range inspection and documentation tasks. How does the numerical aperture affect image quality? The numerical aperture of 0.25 of the BS.8710 defines its resolving power and light collection; a higher NA improves resolution and contrast while narrowing depth of field. Is the working distance sufficient for samples with coverslips or small devices? The working distance of 5.0 mm is compact and appropriate for many benchtop and life‑science applications, though clearance should be verified for thick samples or additional hardware. Can this objective be used for live cell observation? This objective is specified for laboratory microscopy; the BS.8710's optical parameters support routine observation, but compatibility with live‑cell chambers depends on the chamber geometry and required clearance. Where is the technical specification for the objective documented? Technical details for the bScope BS.8710 are referenced in the Life Science PDF (page 9), which lists the 10x/0.25 PLPHi format and WD 5.0 mm. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of a robust aluminium case that is designed specifically for safe handling and storage of NexiusZoom microscopes with their stands; the lightweight construction supports frequent transport while preserving instrument integrity. Order the case directly via Metav Werkzeuge or consult their specialists for delivery and compatibility advice. Aluminium case for NexiusZoom microscopes with stands (P/S/PG) NZ.4300 by Euromex The aluminium case for NexiusZoom microscopes with stands (P/S/PG) NZ.4300 offers secure transport and storage for laboratory and field use, engineered for compatibility with the NexiusZoom range and their P, S and PG stand variants. Robust aluminium shell for secure transport Compatible with NexiusZoom P, S and PG stands Designed for microscope transport and safe storage Protection that keeps instruments ready for work The aluminium case is intended to provide reliable protection when microscopes are moved between workstations or stored between uses. Constructed from metal that resists everyday knocks and handling, it reduces the risk of impact and environmental exposure during transit. This means instruments remain calibrated and ready, so operational downtime is minimised and productivity is supported. Compatibility and practical handling for workshops and labs Designed specifically for the NexiusZoom microscopes, the case accommodates the microscope together with its stand variants and associated small components, helping to keep items organised during transport. The tailored design supports safe handling routines in both industrial and educational settings, enabling technicians and engineers to move equipment confidently between locations without compromising instrument alignment. Reliable logistics and professional support for purchasing decisions Suppliers and procurement teams benefit from a transport solution that simplifies logistics: a single, durable case reduces packing time and protects capital equipment during distribution. Metav Werkzeuge acts as a dependable sourcing partner and can supply product information, availability updates and logistics support from their Emmerich location, helping to integrate procurement into existing workshop supply chains. Contact Metav Werkzeuge today for availability and tailored advice on the Euromex aluminium case NZ.4300; call +49 2822 7131930 or email info@metav-werkzeuge.com Technical data Article number: NZ.4300 SKU: NZ.4300 Manufacturer: Euromex Dimensions & weights No numerical data provided Materials & features Material: aluminium case Application: transport for NexiusZoom microscopes with stands P/S/PG Product category: microscope transport case FAQ Is the case suitable for all NexiusZoom microscope models? The aluminium case NZ.4300 is specified for NexiusZoom microscopes with the P, S and PG stand variants and is intended to accommodate the instrument and its stand configuration. What level of protection does the case offer during transport? The Euromex aluminium case provides secure transport and protection against routine handling and movement, helping to reduce shock and exposure-related risks when instruments are relocated. Can the case be used for storage as well as transport? Yes, the design of the microscope transport case supports both safe storage and transport, helping to keep equipment organised and ready for immediate use. Are additional accessories included with the case? The product information lists the aluminium transport case intended for NexiusZoom microscopes; details on included accessories are not specified and can be confirmed with Metav Werkzeuge. How can procurement teams confirm availability and lead times? Availability and delivery information can be provided by Metav Werkzeuge; contact details are available in the product listing and in the purchase communication. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of improved illumination control and straightforward integration: the combination of an aspherical optical element and dedicated mounting compatibility ensures sharper focus and reduced aberration in light-guide assemblies. Order the component directly via Metav Werkzeuge or consult their specialists for integration advice. LE.5224 Aspherical focusing lens — Light‑guide focusing accessory, compatible with LE.5222 / LE.5228 LE.5224 is an aspherical focusing lens designed for precise light management in laboratory illumination and inspection assemblies, compatible with selected Euromex light‑guide housings Aspherical optical design for sharper focus Compatible with LE.5222 and LE.5228 mounts Fits LE.5213, LE.5214 and LE.5215 housings Precision accessory for light‑guide systems Sharper illumination with reduced optical aberration The aspherical lens element provides a measurable improvement in beam shaping compared with simple spherical optics, leading to reduced spherical aberration and a more uniform spot profile. For inspection tasks that require consistent illumination, this translates into clearer contrast and fewer artefacts in the field of view. The component is presented as a compact light‑guide focusing accessory that improves the effective illumination quality without altering the existing light source, enabling a technical upgrade of the optical path with minimal system change. Designed for direct integration into established housings Compatibility with the LE.5222 and LE.5228 mounting carriers allows straightforward retrofitting into assemblies based on the LE.5213, LE.5214 and LE.5215 housings. This direct fit minimises assembly time and avoids custom adapters, which reduces installation complexity and downtime. By matching mechanical interfaces and optical alignment, the accessory supports consistent repeatability in set‑ups used in microscopy‑grade illumination and workshop inspection stations. Practical benefits for workflow and maintenance As a small, dedicated focusing accessory, the lens delivers a targeted upgrade path for systems that demand improved illumination control while keeping maintenance effort low. The design supports predictable optical behaviour across repeated insertions and removals, helping to maintain process stability in production or laboratory environments. Where specifications for material or coating are not listed, the component should be treated as an optical upgrade element to be combined with the existing Euromex light‑guide assembly and checked within the actual application for compatibility. For integration support or to discuss suitable configurations with the LE.5224 aspherical focusing lens, contact Metav Werkzeuge for expert advice and local supply from Emmerich Technical Data Article number: LE.5224 SKU: LE.5224 Manufacturer: Euromex Product type: Light guide focusing accessory Facts Image file size: 56795 Special features Aspherical focusing lens Mounting in LE.5222 or LE.5228 For use on LE.5213, LE.5214 and LE.5215 Category: Microscopy accessories → Illumination → Accessory Gallery image available (LE.5224.jpg) FAQ What improvement does an aspherical focusing lens provide? An aspherical focusing lens reduces spherical aberration and produces a more uniform illumination spot; the LE.5224 therefore yields clearer, more consistent lighting for inspection tasks. Which housings and mounts are supported? The accessory is specified for installation in LE.5222 or LE.5228 mounts and is intended for use on LE.5213, LE.5214 and LE.5215 housings. Is the material or coating specified for this lens? No material or coating details are provided in the available data for the LE.5224; users should assume unspecified optics and verify compatibility in their own application. Can the lens be retrofitted into existing Euromex light‑guide assemblies? Yes, the LE.5224 is designed as a retrofit focusing accessory for compatible Euromex mounts and housings, enabling upgrades without major system changes. Is technical support available for integration? Integration guidance is available from Metav Werkzeuge, who can advise on using the LE.5224 within existing inspection and illumination set‑ups. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the 0.5x optical reduction combined with the standard C‑Mount interface for flexible camera integration and wider fields of view; order the adapter directly via Metav Werkzeuge or consult our team for compatibility advice. C‑Mount Adapter 0.5x for Zeiss 60N‑C / 60N‑T2 (AE.9850‑ZA) — Microscope Camera Adapter by Euromex The C‑Mount Adapter 0.5x for Zeiss 60N‑C / 60N‑T2 (AE.9850‑ZA) is a microscope camera adapter that enables 0.5x optical coupling between Zeiss photo ports and C‑mount cameras for documentation and inspection tasks 0.5x optical reduction for wider field of view Compatible with Zeiss 60N‑C and 60N‑T2 ports Standard C‑Mount thread Ø25.4 mm, 32 TPI Fits Axio, Imager, Observer and Stemi series Capture larger areas with reduced effective magnification The 0.5x reduction provided by this adapter increases the observable area on the sensor, making it easier to document larger specimens or assemblies without changing objective lenses. By halving the image scale, the adapter helps to reduce vignetting when using larger camera sensors and improves the match between microscope optics and digital detectors. This results in more efficient image capture for routine documentation, teaching or process control while preserving optical integrity. Dependable compatibility across Zeiss photo ports and microscope lines Designed for direct use with Zeiss 60N‑C / 60N‑T2 photo interfaces, the adapter supports a broad range of systems including Axio Examiner, Imager, Lab, Observer, Scope and Zoom configurations as well as Stemi 508 and SteREO Discovery. Compatibility with established Zeiss ports ensures predictable mechanical fit and optical alignment, reducing setup time in laboratory and inspection environments and allowing existing imaging chains to be extended with minimal adjustments. Standardised mechanical interface for reliable mounting The adapter uses the recognised C‑Mount standard with a thread diameter of Ø25.4 mm (1 inch) and 32 threads per inch (TPI), ensuring secure connection to C‑mount cameras and accessories. The standardised thread and precision machining maintain concentricity and minimise tilt, which supports consistent sensor coverage and reliable repeatability when cameras are mounted and removed for maintenance or tool changes. Sensor selection should follow the camera matrix to avoid mismatches in sensor size and optics. Practical applications and target users This adapter is suited to laboratories, quality assurance departments, educational institutes and industrial inspection stations that require dependable camera integration with Zeiss microscopes. It is particularly useful for users who need to increase the field of view without replacing objectives, for photodocumentation workflows, and for teams standardising camera setups across multiple benches. The accessory supports streamlined workflows and reduces the number of objective swaps during routine imaging tasks. For technical guidance and fast delivery of the Euromex C‑Mount Adapter 0.5x (AE.9850‑ZA), contact Metav Werkzeuge in Emmerich at info@metav-werkzeuge.com or +49 2822 7131930 — Metav Werkzeuge can advise on sensor selection and compatibility and arrange prompt supply to the workshop Technical Data Article number: AE.9850‑ZA Adapter: 0.5x Connection: C‑Mount Manufacturer: Euromex Product type: Microscope camera adapter SKU: AE.9850‑ZA Core specifications Magnification: 0.5x Thread diameter: Ø25.4 mm (1 inch) Thread pitch: 32 TPI Compatibility & special features Compatible with Zeiss 60N‑C and 60N‑T2 photo ports Fits Axio Examiner, Imager, Lab, Observer, Scope, Zoom Compatible with Stemi 508 and SteREO Discovery Standard C‑Mount interface Sensor class: select according to camera matrix FAQ Can this adapter be used with all C‑mount cameras? The adapter provides a standard C‑Mount thread and therefore mounts to typical C‑mount cameras; sensor size and camera matrix should be checked to ensure optimal coverage when using the Euromex AE.9850‑ZA. Will the 0.5x adapter change the working distance or image quality? The 0.5x optical reduction alters the image scale and increases the field of view but does not change the microscope’s objective working distance; image quality depends on the match between optics and the chosen camera sensor. Is the adapter compatible with non‑Zeiss microscopes that have a C‑mount port? If a microscope exposes a standard C‑Mount thread, the Euromex adapter can interface mechanically; when using non‑Zeiss photo ports, optical alignment and sensor class should be verified before routine use. Does the AE.9850‑ZA require additional spacers or adapters for certain camera models? Some camera-lens combinations may need spacers to achieve optimal back focal distance; consult camera specifications and the sensor matrix to determine if additional spacing is necessary for the Euromex adapter. Which applications benefit most from the 0.5x reduction? Applications that require broader context imaging—such as assembly inspection, educational demonstrations, or documentation of larger samples—benefit from the reduced magnification and larger field of view provided by this adapter. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of the precision optics and compact C‑Mount format to expand field of view and improve sensor coverage in existing Delphi‑X imaging setups; order the relay lens directly via Metav Werkzeuge or consult our specialists for application advice. C-Mount high-resolution relay 0.35x lens for 1/3 inch C-Mount camera – Euromex DX.9835 The C-Mount with high-resolution relay 0.35x lens for 1/3 inch C‑Mount camera for Delphi‑X DX.9835 is a compact relay optic designed to adapt and optimise 1/3 inch camera sensors within Delphi‑X microscope and inspection systems. High-resolution 0.35x relay lens For 1/3 inch C-Mount cameras Compatible with Delphi-X systems Model DX.9835 by Euromex Optimised optics for wider sensor coverage and image fidelity The relay lens delivers a 0.35x optical reduction that increases the field of view on a 1/3 inch sensor while preserving image sharpness. By using a high-resolution relay lens, the optical image circle is matched to the camera format, which reduces vignetting and improves sensor coverage so more pixels capture useful image information. In practice this means larger inspection areas per frame and fewer stitching operations for metrology or defect analysis, enabling more efficient image acquisition in routine inspection tasks. Seamless integration into microscopy and industrial inspection The adaptor is built to the C‑Mount standard, ensuring mechanical compatibility with a wide range of microscope camera ports and industrial imaging heads. Designed for Delphi‑X camera systems, the relay optic maintains alignment and focus stability required in quality control and laboratory environments. By converting the microscope output to an optimised scale for the sensor, the relay lens supports accurate documentation and reliable measurement workflows, which is particularly valuable for traceable inspections and photographic records in production environments. Practical performance, mounting and the right application fit Mechanical mounting follows the established C‑Mount thread, enabling quick attachment and repeatable positioning. The optical design emphasises precision over decorative features: reliable imaging, consistent scale conversion and durable use in laboratory and workshop conditions. This relay lens is suited for microscopy, material inspection and any application where increasing the effective field of view of a 1/3 inch sensor benefits throughput. The compact format keeps the optical path short, reducing handling effort and simplifying integration into existing setups. Contact Metav Werkzeuge for tailored advice on integrating the Euromex DX.9835 relay lens into Delphi‑X systems and to arrange procurement or technical consultation at info@metav-werkzeuge.com or +49 2822 7131930 Technical Data Article number: DX.9835 SKU: DX.9835 Brand: Euromex Product type: microscope camera adapter Facts Magnification: 0.35x Special features C‑Mount compatibility For 1/3 inch C‑Mount camera High-resolution relay lens Compatible with Delphi‑X FAQ What sensor formats is the relay lens optimised for? The relay lens is optimised for 1/3 inch C‑Mount cameras and improves sensor coverage when used with compatible Delphi‑X imaging setups. Does the lens change the working distance of the microscope objective? The relay lens modifies the image scale delivered to the camera; working distance at the specimen is set by the microscope objective, while the relay adapts the image to the 1/3 inch sensor. Is the Euromex DX.9835 suitable for industrial inspection cameras? Yes, the Euromex DX.9835 microscope camera adapter is intended for inspection and microscopy workflows where a 0.35x relay improves field of view and imaging efficiency. Will the relay lens cause vignetting on larger sensors? The relay is specified for small‑format sensors; when used with a 1/3 inch sensor the design reduces vignetting. Larger sensors may experience image circle limitations and are not the intended application. How does the relay lens affect image resolution? By matching the optical image circle to the sensor and providing a high-resolution relay, the DX.9835 maintains usable resolution while increasing the captured area, supporting clearer images for inspection tasks. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of high-intensity illumination, compact design and flexible power options to bring reliable microscopy lighting into the workshop or laboratory. The combination of 150 W halogen output, a 3000 K colour temperature and the option to reach 21,000 lx with the LE.5214 light guide supports precise visual inspection and imaging; order the Cold light source LE.5211 directly via Metav Werkzeuge or ask our consultants if needed. Cold light source LE.5211 – 150 W halogen, 3000 K (Euromex) The Cold light source LE.5211 is a compact halogen illumination unit for microscopy and inspection tasks, designed to supply steady, high-intensity light via a separate light guide for sensitive specimen work. 150 W halogen cold light source 3000 K colour temperature 21,000 lx with LE.5214 light guide Compact 150 x 150 x 230 mm footprint High-intensity, consistent illumination for precise inspection The unit delivers 150 W halogen output that, when combined with a suitable light guide, provides bright, uniform lighting essential for accurate visual inspection and documentation. With a measured 21,000 lx available using the LE.5214 guide, the lamp supports tasks that demand fine contrast and detail recognition. The halogen source is specified as a cold light source, meaning the light is transmitted through a fibre optic guide so that the illuminated area remains cool; this benefits temperature-sensitive samples and components while maintaining image clarity. The design prioritises dependable luminous flux for routine microscope work or inspection stations where steady, shadow-free illumination is required. Compact format and flexible power for easy integration Measuring 150 x 150 x 230 mm, the housing takes up little bench or rack space and weighs only 3.9 kg, allowing straightforward placement near microscopes or inspection rigs. The unit accepts 230 V AC mains and provides a 15 V DC output option, making it adaptable to different system setups and reducing the need for additional converters. Accessories such as focussing heads and filters require an appropriate light guide; compatibility with LE.5213, LE.5214, LE.5216, LE.5222, LE.5224, LE.5228 and LE.5231 ensures that the lamp can be configured precisely for the required beam shape and working distance. This compact and flexible configuration helps to keep workstations organised without compromising illumination performance. Built for dependable everyday use with straightforward maintenance The lamp is supplied as a cold light source with recognised Euromex engineering, offering a practical balance of brightness and usability for laboratory or workshop environments. The colour rendering at 3000 K provides a warm, consistent tone suitable for inspection and documentation under typical microscopy conditions. Replaceable spare lamps (SL.5235, SL.5240) are available, supporting continuity of operation and simplifying maintenance planning. Clear specification of power and dimensions allows planners to integrate the unit into measurement benches and inspection systems with confidence, while the need to purchase a compatible light guide separately offers configurability to match specific optical setups. For detailed configuration advice or to discuss which light guide suits the application, contact Metav Werkzeuge for tailored guidance on the Euromex Cold light source LE.5211 — email info@metav-werkzeuge.com or call +49 2822 7131930 to arrange a consultation and next steps. Technical Data Article number: LE.5211 SKU: LE.5211 Manufacturer: Euromex Product type: Cold light source Power supply: 230 V AC; 15 V DC Facts Power: 150 W halogen Weight: 3.9 kg Dimensions: 150 x 150 x 230 mm (H x W x D) Colour temperature: 3000 K Illuminance: 21,000 lx with LE.5214 Special features Light guide required separately Compatible with LE.5213, LE.5214, LE.5216, LE.5222, LE.5224, LE.5228, LE.5231 Spare lamps: SL.5235, SL.5240 Cold light source for microscopy illumination FAQ What illumination level can be expected with the unit? The unit achieves up to 21,000 lx when used with the LE.5214 light guide; actual illuminance depends on the chosen light guide and focussing head. Is a light guide included with the lamp? No, a light guide is not included; the cold light source requires a separate guide such as LE.5214 to deliver light to the work area. Which power connections does the unit accept? The cold light source operates from 230 V AC mains and provides a 15 V DC option as specified for integration. Are spare lamps available for continued operation? Yes, compatible spare lamps are listed as SL.5235 and SL.5240 to support maintenance and minimise downtime. Can this lamp be used for temperature-sensitive specimens? Yes, as a cold light source the illumination is transmitted via a light guide so that the specimen area remains comparatively cool. Manufacturer: Metav IndustryLine / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Benefit from the 1.25 NA Abbe design and the integrated slot for darkfield and phase contrast sliders; precise, uniform illumination and simple integration into teaching and routine inspection workflows support reliable imaging. Order the condenser directly via Metav Werkzeuge or consult our specialists for application guidance. iScope IS.9102 condenser — 1.25 NA Abbe condenser with darkfield & phase contrast slot (Euromex) The iScope IS.9102 is a condenser for microscopes, engineered to deliver high‑numerical‑aperture illumination for brightfield, darkfield and phase contrast techniques in educational and laboratory environments 1.25 NA Abbe condenser Slot for darkfield and phase contrast sliders Stable, uniform illumination Compatible with iScope microscope series High‑NA illumination for sharper, brighter images The core advantage of an Abbe condenser with 1.25 NA is improved light gathering, which directly enhances image resolution and contrast under high‑magnification objectives. Numerical aperture (NA) is a technical measure of how much light an optical component can collect; a higher NA allows finer detail to be resolved and provides brighter images at equivalent settings. For routine microscopy and teaching laboratories, this translates into clearer specimen detail without resorting to excessive illumination that can damage delicate samples. The condenser’s classic design is geared towards dependable optical performance while remaining straightforward to align and maintain. Flexible contrast techniques with fast, secure swapping The built‑in slot for darkfield and phase contrast sliders lets users change contrast methods quickly, avoiding lengthy reconfiguration. Darkfield increases visibility of transparent specimens by scattering light into the objective, while phase contrast converts small optical path differences into intensity variations for imaging unstained cells. Having a condenser that supports both techniques reduces equipment complexity and enables a single illumination system to serve diverse sample types. The design ensures precise positioning of sliders so that the desired contrast method is reproducible across sessions, aiding consistent results for teaching demonstrations or comparative experiments. Integration, reliability and practical benefits for labs Manufactured to fit the iScope series and similar microscope stands, the condenser offers straightforward mechanical integration and optical matching. Durable construction and standard mating dimensions simplify replacement and upgrades in multi‑station labs. For technicians and educators, the IS.9102 delivers reliable alignment and consistent illumination control, reducing time spent on set‑up and increasing productive bench time. Where users are new to microscopy, the unit’s compatibility with common contrast accessories provides a gentle learning curve: technical terms such as NA, condenser aperture and slider function are readily demonstrated with practical results, making the component suitable for both novices and experienced operators. Contact Metav Werkzeuge for personalised advice on the Euromex iScope IS.9102 condenser and to discuss compatibility, delivery and integration from our Emmerich location Technical Data Article number: IS.9102 SKU: IS.9102 Label: Kondensor iScope IS.9102 Manufacturer: Euromex Model series: iScope Product type: Condenser Facts Numerical aperture: 1.25 NA Special features Standard Abbe condenser design Slot for darkfield and phase contrast sliders Source: Education PDF (Life Science) FAQ What does 1.25 NA mean for routine microscopy? A higher 1.25 NA improves light collection and resolution; the Euromex iScope IS.9102 condenser provides brighter, sharper images under high‑magnification objectives, helping to reveal finer specimen detail. Can the condenser be used for phase contrast work? Yes. The condenser includes a dedicated slot for phase contrast sliders, enabling the iScope IS.9102 to support phase contrast methods when combined with matching phase objectives. Is darkfield microscopy supported by this condenser? Yes. The integrated slot accepts darkfield sliders so the condenser can be configured for darkfield illumination without additional optical rearrangement. Which microscope stands is this condenser compatible with? The condenser is designed for the iScope series and comparable microscope stands with standard condenser fittings; compatibility ensures straightforward mechanical and optical integration. How does the condenser benefit teaching laboratories? With simple slider changes for contrast and a robust Abbe design, the iScope IS.9102 offers reproducible results and an accessible platform for demonstrating contrast techniques to students. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of a high‑resolution 0.63× relay lens paired with a precise C‑Mount interface to deliver faithful image transfer to 2/3″ sensors; the combination improves field of view and sensor utilisation while preserving image detail. Order or request advice via Metav Werkzeuge for seamless supply and integration into microscopy imaging setups. C‑Mount high‑resolution relay 0.63x lens for 2/3″ C‑Mount camera – Euromex DX.9863 A C‑Mount high‑resolution relay 0.63× lens intended for 2/3″ C‑Mount cameras, optimised for Delphi‑X microscopy imaging systems and camera adapters High‑resolution 0.63× relay lens For 2/3″ C‑Mount camera systems Optimised for Delphi‑X imaging Precision C‑Mount mechanical interface Consistent image scale and improved sensor match This 0.63× relay lens is engineered to adapt the optical image projected by a microscope or relay optics to the active area of a 2/3″ sensor, reducing over‑magnification and increasing usable field of view without sacrificing detail. By matching the image circle to the sensor size, the lens helps to avoid vignetting and to maintain consistent optical fidelity across the frame. The result is a predictable image scale that simplifies measurement routines and reduces the need for frequent recalibration. Integration into microscopy workflows for reliable results Designed for straightforward integration with C‑Mount camera systems and specifically optimised for Delphi‑X, this relay lens supports dependable image transmission from the microscope optical path to the digital sensor. The high‑resolution construction preserves contrast and fine structure, which is essential for demanding inspection and documentation tasks. Using a relay objective reduces the workload on image processing by delivering a cleaner, well‑scaled image to downstream software and analysis tools. Practical benefits for labs and inspection stations The robust C‑Mount interface and compact relay design make installation and alignment rapid and repeatable, reducing downtime during system changes. For quality control and routine microscopy, the lens delivers stable geometry and consistent illumination across captures, so imaging chains perform reliably under production conditions. The combination of precise mechanics and optical performance supports a wide range of laboratory and industrial imaging applications where reproducible results matter. Secure precision imaging components through Metav Werkzeuge — contact our specialists at info@metav-werkzeuge.com or call +49 2822 7131930 to discuss integration and availability Technical data Article number: DX.9863 SKU: DX.9863 Manufacturer: Euromex Product type: Microscope camera adapter Image file: DX.9863.jpg Core specifications Magnification: 0.63× Compatible sensor size: 2/3″ Mount type: C‑Mount Special features High‑resolution relay lens Optimised for Delphi‑X systems Intended for 2/3″ C‑Mount cameras Euromex brand FAQ What sensor sizes is the relay lens compatible with? The relay lens is specified for use with 2/3″ sensors and C‑Mount camera systems; the Euromex DX.9863 adapts the optical image to that sensor format. Can the lens be used with other microscope brands besides Delphi‑X? Yes. Although optimised for Delphi‑X, the relay objective is a C‑Mount high‑resolution lens and can be integrated with other microscope camera adapters that accept a 2/3″ sensor and C‑Mount interface. How does the 0.63× magnification affect field of view? The 0.63× relay lens reduces the image magnification delivered to the sensor, increasing the usable field of view on a 2/3″ camera and helping to avoid vignetting while preserving image detail. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of precise darkfield illumination and simple integration with standard Abbe condensers to improve contrast for transparent specimens; combine reliable construction with straightforward handling for consistent microscopy results. Order the accessory directly via Metav Werkzeuge or consult the team for application advice. bScope BS.9170 Darkfield stop slider for standard Abbe condensers bScope BS.9170 is a darkfield stop slider designed for use with standard Abbe condensers, offering a compact solution to achieve high-contrast illumination of transparent samples in teaching and routine laboratory work. Compact darkfield slider for Abbe condensers Fits condensers with a standard slot Enables high-contrast illumination of samples Robust mounting for secure installation Enhanced contrast for transparent specimens The darkfield insert provides a controlled annular aperture that redirects illumination away from the objective axis, producing a bright-field specimen outline against a dark background. This method emphasises edges and fine structures in unstained biological samples and thin transparent materials, delivering high-contrast images without additional staining. The optical principle is efficient for detecting minute features such as cell boundaries, fibres and surface defects, making the accessory particularly valuable in educational settings and routine inspections where visual clarity is essential. Compatibility with standard Abbe condensers and easy fitting Designed as a slider for condensers with a slot, the accessory ensures compatibility with most standard Abbe condenser housings used in life-science and teaching microscopes. The compact format allows for fast insertion and removal, enabling seamless switching between brightfield and darkfield techniques during observation sessions. Because the component aligns with the condenser slot, mechanical integration is straightforward and repeatable, reducing alignment time and supporting consistent illumination geometry across multiple users and instruments. Practical benefits for laboratories and classrooms The accessory contributes to workflow efficiency by reducing setup complexity when darkfield is required intermittently. Its simple mechanical design minimises maintenance needs, while the sturdy mounting improves positional stability during routine use. For trainers and laboratory technicians, the accessory offers a reliable means to demonstrate contrast-enhancing optics and to perform quick visual checks on transparent specimens, combining educational value with practical inspection capability. Purpose and application notes This darkfield slider is suitable wherever high-contrast visualisation of translucent samples is required and where a standard Abbe condenser with a slot is available. The accessory complements transmitted-light microscopy techniques and supports common life-science and teaching applications. For detailed optical compatibility with a specific microscope model or condenser type, consult the available product references and technical documents provided by the manufacturer. Contact Metav Werkzeuge today for ordering information, compatibility checks or application guidance — Metav’s specialists can advise on integrating the bScope BS.9170 into existing microscopy setups and supply the accessory directly from Emmerich. Technical Data Article number: BS.9170 SKU: BS.9170 Brand: Euromex Model series: bScope Facts Compatibility: standard Abbe condenser slot Product type: darkfield stop / slider Source reference: Education PDF S. 21; Life Science PDF S. 9,39 Special features Darkfield stop slider for Abbe condensers Compact, slot-mounted format Suitable for teaching and life-science microscopy FAQ What is the primary function of this darkfield slider? The darkfield slider creates an annular illumination path so that the specimen appears bright against a dark background, improving visibility of fine details with the bScope BS.9170 darkfield stop. Will the slider fit any condenser? The slider is intended for condensers that accept a standard slot; compatibility depends on the condenser design and slot dimensions, so checking the condenser specifications is advised. Can the darkfield slider be used for both teaching and routine inspection? Yes, the accessory is designed for educational demonstrations and routine laboratory inspections where enhanced contrast without staining is required. Is any additional optical adjustment necessary after insertion? Basic condenser alignment may be required to centre the illumination and achieve optimal darkfield effect; the slider’s slot format supports repeatable positioning. Where does the product information originate from? Technical references for the accessory are cited in the Education and Life Science PDFs (Education PDF S. 21; Life Science PDF S. 9,39), which detail the slider’s application and compatibility. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

Take advantage of directional illumination and low-heat LED output for repeatable, high-contrast inspections; compatibility with the MZ.4705 ensures immediate integration. Order the unit directly via Metav Werkzeuge or consult the technical team for application guidance. MZ.4735 Directional 12 x 1 W LED Ring Light by Euromex MZ.4735 is a directional ring light designed to deliver controlled, low-heat illumination for the MZ.4705 microscope, optimised for fine inspection and digital imaging tasks Directional 12 x 1 W LEDs Compatible with MZ.4705 microscope Uniform illumination for inspection Low-heat LED modules for sensitive samples Improve measurement and inspection reliability with targeted light The directional arrangement of 12 x 1 W LEDs provides a focused beam that reduces stray reflections and reveals surface detail more reliably than diffuse sources. For inspection tasks where contrast and shadow control matter, the ring illumination unit delivers consistent results across the field of view. The compact lighting assembly is engineered to match the optical path of the referenced microscope, enabling stable imaging and fewer retakes during quality assurance or documentation workflows. This translates into measurable time savings and fewer false rejections in routine checks. Energy-efficient operation and thermal benefits for sensitive samples Built on modern LED technology, the lamp achieves high luminous output with modest electrical demand. Each 1 W emitter contributes to a total nominal output sufficient for most stereomicroscopy and digital documentation applications, while maintaining a low-heat profile that helps protect heat-sensitive specimens and avoids sample dehydration. The reduced thermal load also lessens strain on delicate optical components during prolonged use, which supports longer service intervals and predictable performance under continuous operation. The combination of efficiency and thermal control supports both laboratory and production-floor environments. Seamless integration and practical handling for routine use Designed as a microscope lighting accessory in the ring lights category, this illumination module installs cleanly on the compatible head of the MZ.4705, ensuring repeatable alignment and minimal setup time. Cable routing and the compact form factor are intended to fit into existing inspection stations or imaging rigs without major adaptation. For maintenance, the LED array requires significantly less attention than conventional lamps, lowering downtime and simplifying inventory for spare parts. The Euromex ring lamp is therefore a practical choice where consistent visualisation and operational availability are priorities. Contact Metav Werkzeuge for application advice or to confirm compatibility with specific inspection setups and microscope models; their specialists can provide technical clarification and order support for this Euromex lighting solution. Technical Data Article number: MZ.4735 SKU: MZ.4735 Brand: Euromex Product type: Microscope lighting Category path: Microscopy accessories > Illumination > Ring lights Facts Light source: 12 x 1 W LEDs Total nominal power: 12 W Compatibility: Designed for MZ.4705 Special features Directional LED arrangement Low-heat operation Designed for inspection and imaging Image resource: MZ.4735.jpg FAQ What microscopes is this ring light compatible with? The MZ.4735 ring light is designed for compatibility with the MZ.4705 microscope and aligns with the optical requirements of that model. How much power does the lighting unit consume? The lamp comprises 12 x 1 W LEDs, giving a total nominal power of 12 W as specified for the MZ.4735 microscope lighting accessory. Is the LED output suitable for imaging and documentation? Yes; the directional LED arrangement of the MZ.4735 delivers controlled illumination that improves contrast for imaging and digital documentation tasks. Does the lamp generate a lot of heat during use? The Euromex ring light is specified for low-heat operation, making it suitable for work with heat-sensitive specimens and prolonged inspection sessions. Are spare parts or replacements available for the LEDs? Replacement policies and spare components vary by supplier; the MZ.4735 uses standard LED modules and enquiries can be directed to the vendor for service options. Can this illumination unit be used for stereomicroscopy and simple macro inspection? The directional design and uniform coverage of the MZ.4735 make it appropriate for stereomicroscopy and macro inspection where shadow control and surface detail are important. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com

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