3W LED Replacement Microscope Lamp Delphi-X Observer DX.9993 - Euromex
Take advantage of a compact, energy‑efficient 3 W LED replacement that restores consistent illumination to Delphi‑X Observer microscopes; the robust LED design reduces specimen heating and lowers maintenance intervals. Order the unit directly via Metav Werkzeuge or consult our specialists for application advice. Euromex Delphi‑X Observer DX.9993 — 3 W LED replacement for Delphi‑X Observer microscopes The Delphi‑X Observer DX.9993 is a purpose‑built replacement LED illumination unit for Delphi‑X Observer microscopes, intended to provide steady, low‑heat lighting for laboratory and teaching environments. 3 W LED replacement lamp Compatible with Delphi‑X Observer series Long‑life, low‑heat LED technology Stable, efficient illumination for routine microscopy The 3 W LED module delivers a steady white light output designed for continuous observation in life‑science and educational settings. Compared with older halogen lamps, the LED variant provides lower thermal load on specimens and optical components, which helps preserve delicate samples during prolonged examinations. The reduced energy consumption of the LED unit also contributes to operational efficiency in busy workflows, supporting predictable illumination without frequent lamp changes. Direct replacement designed for Delphi‑X Observer installations This replacement lamp is manufactured as a drop‑in illumination unit for the Delphi‑X Observer series and carries the item code DX.9993 for unambiguous identification. The compact format and standardised electrical rating simplify stock management and spare‑parts planning in laboratories and teaching workshops. As a compatible replacement component, the unit supports uninterrupted use of existing microscopes while maintaining the optical performance expected from the original system. Low maintenance and extended service life for dependable use LED technology offers a markedly longer service life than conventional bulbs, translating into fewer replacements and lower lifecycle handling. The long‑life LED characteristic reduces downtime and maintenance costs, which is advantageous for facilities that require dependable daily operation. Because the light source produces less heat, heat‑sensitive optics and specimens benefit from a more stable operating environment, which supports process reliability and repeatable observation results. Practical suitability across laboratories and education The replacement unit is suitable for a range of standard microscopy tasks in schools, teaching laboratories and basic research facilities where consistent, low‑heat illumination is required. The energy‑efficient LED solution helps laboratories align with practical sustainability goals while maintaining the clarity and contrast necessary for routine inspections and demonstrations. For additional technical specifications or compatibility checks, the product documentation and parts lists should be consulted to confirm fitment within existing instrument configurations. For reliable illumination and spare‑parts continuity, request the Euromex Delphi‑X Observer DX.9993 through Metav Werkzeuge or contact our consultants at info@metav-werkzeuge.com / +49 2822 7131930 for tailored advice and supply options. Technical data Article number: DX.9993 Brand: Euromex Series: Delphi‑X Observer Product type: Microscope replacement illumination Facts Power: 3 W LED Special features Replacement for Delphi‑X Observer microscopes Low‑heat LED technology Item code: DX.9993 FAQ What is the light source and power rating of the replacement unit? The replacement unit uses a 3 W LED light source; the Euromex Delphi‑X Observer DX.9993 is specified as a 3 W LED replacement for the Delphi‑X Observer series. Is the DX.9993 compatible with all Delphi‑X Observer microscope models? The DX.9993 is intended as a replacement illumination unit for the Delphi‑X Observer series; compatibility should be verified against the instrument parts list to confirm mechanical and electrical fit. How does the LED replacement affect specimen heating compared with older lamps? The LED technology in the DX.9993 produces considerably less heat at the specimen plane than traditional halogen bulbs, reducing thermal impact on sensitive samples and nearby optics. What operational benefits does the LED replacement provide for teaching labs? The unit offers longer service life and lower maintenance demand, delivering consistent illumination for demonstrations and extended teaching sessions while cutting the frequency of lamp changes. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
3W NeoLED Replacement Unit SL.5503, 3 W - Euromex
Take advantage of consistent 3 W LED illumination and a compact replacement design for dependable microscope lighting—ideal for laboratories and workshops that require steady, energy-efficient light. Order or request advice via Metav Werkzeuge for supply from the Emmerich hub. NeoLED replacement unit 3 W SL.5503 — Euromex microscope replacement lamp, 3 W LED The NeoLED replacement unit 3 W SL.5503 is a compact microscope replacement lamp designed to deliver uniform illumination for routine inspection and laboratory use, suitable for microscopy lighting applications. Compact 3 W LED module Stable colour temperature for imaging Easy, tool-free replacement Low power consumption Consistent illumination that supports precise inspection The NeoLED replacement unit provides steady, glare‑free illumination with a rated output of 3 W, which is well suited to common microscopy tasks. The low wattage is translated into efficient light generation by the LED technology, enabling uniform lighting across the field of view and reducing the need for frequent readjustment. For users who rely on consistent visual conditions—whether for quality control, education or routine laboratory work—this illumination unit helps maintain reliable observation results by keeping brightness and colour rendering stable during sessions. Efficient operation and straightforward maintenance Thanks to the LED design, the unit offers energy-efficient operation and extended service life compared with traditional filament bulbs. The compact module is conceived for straightforward replacement, minimising downtime: the design reduces the steps required to swap the lamp and avoids complex calibration afterward. This translates into better productivity on the workbench and lower recurring maintenance effort, making the module a practical choice where simple, reliable illumination is preferred over elaborate lighting systems. Flexible use across microscopy applications The replacement unit is intended for microscope lighting and fits within the lighting and microscopy accessories category, making it adaptable for a wide range of inspection and teaching instruments that accept NeoLED modules. Its combination of LED efficiency and compact dimensions supports both bench microscopes and portable rigs where space and heat management are important. With the Euromex designation and the SKU SL.5503, procurement and inventory identification are simplified for workshop and laboratory supply chains. Choose the Euromex NeoLED replacement unit SL.5503 for dependable 3 W LED illumination and contact Metav Werkzeuge for tailored advice or to secure supply from our Emmerich hub via info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: SL.5503 SKU: SL.5503 Brand: Euromex Product type: Microscope replacement lamp Label: NeoLED-Ersatzeinheit 3 W SL.5503 Core specifications Power: 3 W Features and compatibility LED replacement unit Category: Lighting / Microscopy accessories / Bulbs Manufacturer: Euromex FAQ What power rating does the replacement unit have? The NeoLED replacement unit SL.5503 is rated at 3 W, providing efficient LED illumination for microscope applications. Is this module suitable for routine laboratory inspection? Yes, the Euromex NeoLED replacement unit is designed to deliver stable and uniform illumination, making it suitable for regular inspection and educational use. Can the lamp be replaced without specialist tools? The unit is intended for straightforward replacement and minimal maintenance, reducing downtime during lamp changes. Will the NeoLED replacement unit affect image colour rendering? The LED design emphasises a stable colour temperature to maintain consistent visual conditions, which supports reproducible observations. How is the product identified for procurement? The lamp is listed under SKU SL.5503 and labelled NeoLED replacement unit 3 W SL.5503 for clear identification in supplies and inventory. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
4.3mm Plan PLMi 20x/0.40 IOS Objective Infinity Corrected No Cover Glass Correction - Euromex
Benefit from a combination of precise optics and a compact working distance to maintain sharp images in confined setups. The Plan PLMi 20x/0,40 IOS delivers consistent intermediate magnification and optical flatness; order the objective directly via Metav Werkzeuge or ask our consultants for compatibility advice. Plan PLMi 20x/0,40 IOS IS.8120 — Euromex microscope objective, 20x, 0.40 NA, 4.3 mm working distance A Plan PLMi 20x/0,40 IOS microscope objective designed for infinity‑corrected optical systems, offering stable intermediate magnification and a short working distance for compact inspection setups 20x magnification for clear intermediate detail Numerical aperture 0.40 for improved resolution 4.3 mm working distance for compact setups Infinity-corrected design, no cover glass correction Optimised intermediate magnification for detailed imaging The optical unit provides 20x magnification combined with a 0.40 numerical aperture, delivering a balance between field of view and resolving power. The increased numerical aperture improves light gathering and detail resolution, which is particularly beneficial when inspecting medium‑sized structures. The Plan correction ensures a flat field across the image, reducing peripheral aberrations and making measurements and documentation more reliable. This level of optical control supports repeatable results in routine laboratory and shop‑floor inspections. Short working distance for space‑constrained applications With a 4.3 mm working distance, this objective suits setups where stage clearance is limited or where compact condensers are used. The no cover glass correction specification indicates that the lens is optimised for direct specimen observation without a coverslip; this reduces focal shift and maintains image fidelity when examining thicker or uncovered samples. Attention to the working distance helps prevent collisions and supports safe integration into enclosed inspection rigs or compact microscope stands. Designed for modular, infinite‑corrected systems The objective is infinity‑corrected, meaning the optical projection beyond the objective is collimated and requires a compatible tube lens to form the final image. This architecture enables flexibility: objectives can be combined with different tube lenses for system‑level optimisation without changing the primary lens performance. The Plan PLMi design and IOS designation indicate high planarity and system compatibility, allowing straightforward exchange within any microscope stand built for infinite optics. For reliable supply and industry‑grade distribution, Metav provides technical guidance and consistent stock handling from its Emmerich facility. For guidance on system compatibility and to discuss exact optical requirements, contact Metav Werkzeuge for an expert recommendation on the Euromex Plan PLMi 20x/0,40 IOS objective — email info@metav-werkzeuge.com or call +49 2822 7131930 Technical Data Article number: IS.8120 SKU: IS.8120 Manufacturer: Euromex Product type: microscope objective Data Magnification: 20x Numerical aperture: 0.40 Working distance: 4.3 mm Special features Plan PLMi optical correction Infinity‑corrected design (IOS) No cover glass correction FAQ What optical systems is this objective compatible with? The Plan PLMi 20x/0,40 IOS objective is intended for infinity‑corrected microscope systems and must be used with an appropriate tube lens to form the image. Can this objective be used with cover slips? This objective has no cover glass correction, so optimal performance is achieved on specimens without a coverslip; using a cover slip may introduce spherical aberration not compensated by the lens design. How does the 0.40 numerical aperture affect image quality? A 0.40 NA provides enhanced resolution and light collection compared with lower NA lenses, improving detail visibility at 20x magnification while maintaining a practical depth of field. Is the working distance sufficient for sample holders and accessories? The 4.3 mm working distance is relatively short and suits compact setups; care should be taken with tall sample holders or accessories to avoid contact with the front lens. What is the article number for ordering and reference? The objective is listed as IS.8120, which should be used as the reference when enquiring about the Euromex Plan PLMi 20x/0,40 IOS microscope objective. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
4.80mm 10x Microscope Objective 0.25 NA, 4.80 mm Working Distance - Euromex
Take advantage of the combination of reliable optical specifications and compact working distance for consistent imaging in teaching and routine laboratory tasks; order the microscope objective directly via Metav Werkzeuge or contact our consultants for technical advice. BioBlue.Lab BB.7210 microscope objective — 10x, numerical aperture 0.25 (Euromex) BioBlue.Lab BB.7210 is a 10x microscope objective designed for routine observation and educational life-science applications, offering a short working distance for close-focus requirements. 10x magnification for general observation Numerical aperture 0.25 for clear resolution 4.80 mm working distance for sample clearance Part of the BioBlue.Lab series for consistent optics Reliable imaging performance for everyday microscopy The BB.7210 objective delivers 10x magnification with a numerical aperture 0.25, providing a dependable balance between resolution and depth of field. The optical design supports clear detail reproduction on common brightfield setups, making it suitable where repeatable results are required. The combination of magnification and aperture enables more accurate visual inspection than low-power wide-field optics, which helps maintain consistent documentation and faster sample assessment in teaching and routine lab environments. Compact working distance for close-up sample work With a 4.80 mm working distance, this objective is configured for applications where proximity to the specimen is important. The short working distance reduces the need for large stage movements and supports fine focus control on thin or mounted samples. This physical spacing is particularly useful when working with coverslips, thin sections or preparations under immersion objectives in series, where maintaining a predictable sample-to-lens gap improves handling and reduces the risk of collisions during routine operation. Simple integration and clear specification for selection The objective is specified as a 10x/0.25 PLi design in the manufacturer documentation, making the optical parameters transparent for system planning and objective matching. Its designation and measured values simplify objective selection for educational microscopes and basic laboratory instruments. The clear numerical data supports procurement and compatibility checks, helping workshop managers and laboratory buyers to plan inventory and ensure that replacement optics meet expected imaging standards without extensive reconfiguration. For reliable optical performance and uncomplicated procurement of the BioBlue.Lab BB.7210, contact Metav Werkzeuge for ordering or consult their technical team at info@metav-werkzeuge.com or +49 2822 7131930 to confirm suitability for specific microscope setups Technical Data Article number: BB.7210 SKU: BB.7210 Brand: Euromex Model series: BioBlue.Lab Product type: Microscope objective Facts Magnification: 10x Numerical aperture: 0.25 Working distance: 4.80 mm Special features Designation: 10x/0.25 PLi objective Category: For microscopes / Objectives Documentation: Education and Life Science references FAQ What are the core optical specifications of this objective? The BioBlue.Lab BB.7210 microscope objective from Euromex is specified as 10x magnification with a numerical aperture of 0.25 and a working distance of 4.80 mm (SKU BB.7210). Is this objective intended for educational use? Yes, the technical documentation references education and life-science materials, indicating that the objective is suitable for teaching laboratories and general life-science observation. Can the BB.7210 be used on standard laboratory microscopes? The objective is listed in the category for microscopes and is intended for integration into standard objective turrets and brightfield systems; compatibility should be checked against the specific microscope's mounting standard. Where can the exact designation and source references be found? The objective is referenced as a 10x/0.25 PLi design in the manufacturer documentation and associated education and life-science PDFs for quick verification. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm 40x Achios-X Observer Microscope Objective 0.7 mm Working Distance 0.65 NA - Euromex
Take advantage of the combination of 40x magnification, a 0.7 mm working distance and a numerical aperture of 0.65 for crisp, high‑contrast imaging in close‑range life‑science inspection; order the objective directly via Metav Werkzeuge or consult our specialists for compatibility and delivery. Achios‑X Observer AX.7740 microscope objective — 40x, NA 0.65 (Euromex) The Achios‑X Observer AX.7740 is a 40x microscope objective designed for high‑resolution life‑science observation with a short working distance and elevated numerical aperture. 40x magnification, high-resolution optics Numerical aperture 0.65 for improved contrast Working distance 0.7 mm for close inspection Sharper detail through a high numerical aperture The AX.7740 features an NA of 0.65, which directly enhances resolution and image contrast by collecting a larger cone of light from the specimen. A higher numerical aperture reduces the smallest resolvable detail, so structures that would otherwise blur are rendered with greater clarity. The optical configuration—listed as PLPHi in the original specification—supports improved detail rendition in brightfield and similar transmitted‑light techniques. For routine inspection tasks where discerning fine morphology or subtle contrast differences matters, the elevated NA delivers a measurable advantage in image quality and diagnostic confidence. Optimised for close‑range observation and delicate samples With a 0.7 mm working distance, this objective is tailored to close‑range inspection of thin specimens and coverslip preparations. The short clearance improves optical coupling to the specimen, contributing to sharper images, but it also requires careful sample handling and appropriate stage movement to avoid contact. For specimen mounting, standard coverslip thicknesses and low‑profile holders are recommended to preserve the working distance and focus range. Where larger sample clearance is necessary, consider alternative objectives with greater working distances; however, for tasks demanding fine surface detail or high contrast at medium magnification, the compact gap of this objective is a design advantage. Reliable performance for laboratory workflows Manufactured by Euromex, the AX.7740 is part of a series engineered for consistent day‑to‑day use in laboratory environments. The design supports reproducible observations and integrates into established imaging routines without extensive recalibration. For purchasers seeking dependable supply and fast delivery within Europe, Metav supports procurement and technical clarification from its Emmerich location. If additional technical data or clarification on mechanical fitment is required, the product specification references the Life Science PDF (source: Life Science PDF, p. 21), which lists the 40x/0.65 PLPHi configuration and the 0.7 mm working distance for precise verification. For precise ordering or technical advice on the Euromex AX.7740, contact Metav Werkzeuge in Emmerich at info@metav-werkzeuge.com or +49 2822 7131930 for assistance with instrument compatibility and delivery options. Technical Data Article number: AX.7740 Manufacturer: Euromex Product type: Microscope objective Model series: Achios‑X Observer Source: Life Science PDF, p. 21 Facts Magnification: 40x Working distance: 0.7 mm Numerical aperture: 0.65 Special features PLPHi design For microscopes (objective for life‑science observation) SKU: AX.7740 FAQ What does a numerical aperture of 0.65 mean for imaging performance? A numerical aperture of 0.65 indicates a larger light‑gathering ability, which improves resolution and contrast; with the AX.7740 this results in finer detail and clearer microstructure rendition compared with lower‑NA objectives. Is the AX.7740 suitable for thick or bulky samples? The 0.7 mm working distance makes this objective best suited to thin specimens and standard coverslip preparations; bulky or tall samples will likely require an objective with a greater working distance. What does the PLPHi designation indicate? PLPHi refers to the optical correction and design family used in the objective; it denotes a plan‑type, high‑performance configuration optimised for flat, high‑resolution imaging across the field of view. How should the objective be cleaned and maintained? Clean optical surfaces with appropriate lens tissue and a small amount of lens cleaner; avoid abrasives and strong solvents. Handle the objective by the barrel and store in a dust‑free case when not in use to preserve performance. Which microscopes is this objective compatible with? Compatibility depends on the mechanical turret and tube length of the microscope; the AX.7740 belongs to the Achios‑X Observer series and should be checked against the instrument specifications for mechanical fit and parfocality. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm 40x bScope Microscope Objective 0.66 mm Working Distance NA 0.65 - Euromex
Combining 40x magnification, numerical aperture 0.65 and a 0.66 mm working distance, this objective supports high‑resolution, close‑range inspection in laboratory and life‑science settings. Order the microscope objective directly via Metav Werkzeuge or consult our specialists for compatibility and application advice. Microscope objective bScope BS.8740 — 40x magnification, NA 0.65 (Euromex) The Microscope objective bScope BS.8740 is an objective lens for laboratory and life‑science microscopy, optimised for high numerical aperture imaging and precision short‑focus applications. 40x magnification for detailed imaging Numerical aperture 0.65 for higher resolution Working distance 0.66 mm for close focus Sharper details through a high numerical aperture A numerical aperture (NA) of 0.65 significantly increases light collection and angular acceptance compared with lower‑NA objectives, which directly improves resolution and image contrast in transmitted‑light and high‑detail observation tasks. In practical terms, this means finer structural detail is resolved at the sample plane, reducing the need for repeated scans and accelerating image‑based inspections. The optical performance is ideally suited to applications where visual clarity and measurement certainty influence downstream decisions in quality control and research. Optimised for close‑range, high‑resolution inspection The short working distance of 0.66 mm places the front lens very close to the specimen, enabling higher numerical apertures and tighter focus on thin samples, coverslips or surface features. Such proximity benefits applications that demand exceptional spatial resolution, though it requires careful focusing and awareness of sample clearance during setup. For routine laboratory workflows, the compact focal geometry supports precise imaging of microstructures while helping to keep optical path lengths short for stable, repeatable results. Consistent optical performance for laboratory workflows At 40x magnification, the objective delivers a practical balance between field of view and detail, making it suitable for a variety of analytical and inspection tasks within microscopy-equipped workshops and laboratories. Built as part of the bScope series, the component is intended to integrate into standard microscope turret systems, offering predictable imaging characteristics from sample to sample. Where repeatability and traceable observation matter, this objective contributes to faster decision cycles and fewer inconclusive inspections; Metav’s product specialists can assist with mounting and alignment considerations. Request a technical compatibility check from Metav Werkzeuge to confirm integration of the bScope BS.8740 into existing microscope setups and to discuss application‑specific recommendations Technical Data Article number: BS.8740 SKU: BS.8740 Manufacturer: Euromex Model series: bScope Product type: Microscope objective Facts Magnification: 40x Working distance: 0.66 mm Numerical aperture: 0.65 Special features Intended for laboratory and life‑science microscopy High numerical aperture design Short working distance for close inspection FAQ What is the numerical aperture of this objective? The numerical aperture of the Microscope objective bScope BS.8740 is 0.65, supporting improved resolution and light‑gathering capability. What working distance does the BS.8740 offer? The bScope BS.8740 provides a working distance of 0.66 mm, designed for close‑range observation of thin specimens. Which magnification level is this objective designed for? This objective is specified at 40x magnification (SKU BS.8740), offering a balance between field of view and detail for laboratory imaging. Is the objective suitable for high‑resolution imaging tasks? Yes, the combination of 40x magnification and NA 0.65 in the bScope BS.8740 supports high‑resolution imaging where fine detail is required. How does the short working distance affect handling? A working distance of 0.66 mm requires careful focusing and sample clearance; the bScope BS.8740 is optimised for controlled laboratory setups where sample thickness is compatible. Microtech Metrology: Manufacturer / Responsible: Microtech, Nizhneyurkovska str., 45a, 04080 Kyiv, Ukraine, tool@microtech.tools
40mm 40x Microscope Objective 0.6 mm Working Distance NA 0.65 - Euromex
High magnification 40x combined with a 0.65 numerical aperture and a 0.6 mm working distance gives sharp, high-resolution images of thin specimens, suited to routine laboratory and educational use. Order the EcoBlue EC.7040 microscope objective directly via Metav Werkzeuge or ask our consultants if needed. EcoBlue EC.7040 — Euromex microscope objective, 40x / NA 0.65 The EcoBlue EC.7040 is a 40x microscope objective designed for high-resolution imaging in educational and routine laboratory microscopy. 40x magnification for detailed observation Numerical aperture 0.65 for high resolution 0.6 mm working distance for close-focus imaging Part of the EcoBlue series by Euromex Delivering crisp detail for routine and educational inspections The combination of 40x magnification and a 0.65 numerical aperture provides noticeably higher resolving power compared with lower-NA optics, so fine structures become visible under normal transmitted-light conditions. The relatively short 0.6 mm working distance supports close focusing on thin preparations, making this objective particularly suitable for slides where fine contrast and sharpness matter. This specification set addresses the typical requirement in laboratories and teaching environments for precise visual assessment without complex setup. What the optics mean in practice and why it matters The numerical aperture indicates the objective's ability to gather light and resolve detail: a higher value improves resolution and contrast at high magnifications. The working distance denotes the physical gap between the objective front lens and the specimen when in focus; at 0.6 mm, care with slide thickness and coverslip is recommended, but the proximity supports enhanced image quality for thin samples. These optical parameters explain why the objective excels at resolving fine cellular structures and small features on prepared slides, translating technical numbers into practical advantages for inspection and teaching. Smooth integration into standard microscopy workflows As a member of the EcoBlue series, this objective is specified for conventional microscope applications and education-oriented labs that require reliable, repeatable imaging. The product designation and SKU (EC.7040) make it straightforward to reference in instrument inventories and training materials. The optical data allow technicians and educators to match the objective to illumination and condenser settings for optimal imaging, reducing trial-and-error and enabling consistent results during demonstrations or routine inspections. Support for selection and further technical clarifications If uncertainty remains about suitability for a particular microscope or sample type, the detailed specifications in the accompanying technical documentation can be consulted. Practical guidance is available on matching condenser apertures and illumination settings to the optical parameters to achieve the best contrast and resolution. For additional technical information or clarification, Metav Werkzeuge provides assistance by e‑mail or phone to help determine whether this objective meets specific application requirements. For precise 40x observations and specification advice on the Euromex EcoBlue EC.7040 microscope objective (SKU EC.7040), contact Metav Werkzeuge for ordering and technical support by phone or e‑mail Technical Data Article number: EC.7040 SKU: EC.7040 Manufacturer: Euromex Model series: EcoBlue Product type: Microscope objective Facts Magnification: 40x Numerical aperture: 0.65 Working distance: 0.6 mm Special features S40x/0.65 objective specification Source: Education PDF‑S. 9 Series: EcoBlue FAQ What magnification and optical performance does this objective provide? The Euromex EcoBlue EC.7040 microscope objective delivers 40x magnification with a 0.65 numerical aperture, providing improved resolution for fine details on thin specimens. Is the short working distance a limitation for common slides? A 0.6 mm working distance requires attention to slide and coverslip thickness; however, for standard thin preparations this short distance supports high‑quality images and better resolution. Which applications are best suited to this objective? This objective is intended for routine laboratory and educational microscopy where high detail and contrast are required, such as histology teaching slides or basic cell observation. How to reference the product when ordering or specifying equipment? Reference the Euromex EcoBlue EC.7040 microscope objective by name or by SKU EC.7040 to ensure the correct 40x/0.65 specification is supplied. Where can further technical details be found? Technical details and original specification notes are available in the Education PDF (source: Education PDF‑S. 9) and further clarification is available from Metav Werkzeuge if required. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm 40x Microscope Objective 0.64 mm Working Distance 0.65 NA - Euromex
Take advantage of the combination of 40× magnification, 0.65 numerical aperture and a short 0.64 mm working distance for crisp, high‑resolution observation of prepared slides; order or request guidance via Metav Werkzeuge for reliable supply and technical advice. bScope BS.7140 Microscope Objective — 40×, NA 0.65 (Euromex) The bScope BS.7140 is a 40× microscope objective engineered for close‑focus laboratory and educational microscopy applications, delivering a numerical aperture of 0.65 and a working distance of 0.64 mm. 40× magnification for detailed observation High numerical aperture 0.65 for improved resolution Short working distance 0.64 mm for close focusing Designed for laboratory and educational microscopes Optimised optics for improved image detail The objective combines a 40× magnification with a 0.65 numerical aperture, which together increase the system’s light‑gathering ability and resolution. A higher numerical aperture reduces diffraction limits and enables finer structural detail to be resolved from stained specimens and thin sections. This optical specification is particularly relevant where image clarity and contrast are essential for analysis, teaching or routine inspection. Design that supports precise sample work A working distance of 0.64 mm means the front lens is close to the specimen plane, enabling high‑power focusing on standard prepared slides. Short working distances demand careful sample handling but reward users with sharper focal planes and improved contrast at high magnification. For workflows where thin samples and fine structural detail are typical, this configuration delivers measurable benefits in outcome and throughput. Practical suitability and common applications The objective is intended for use with standard laboratory and educational microscopes and is referenced in both education and life‑science product documentation. Typical uses include biological teaching, routine cell observation and detailed inspection of prepared histological slides. The optical characteristics make the component well suited to situations where resolution and contrast are prioritised over working clearance. Confidence in supply and ongoing support Sourcing precision optics from a reputable line assures consistent performance in everyday use. Metav’s approach to democratising precision means reliable availability from the Emmerich distribution point and a broad selection of complementary microscope accessories. Longstanding market presence and centralised stock control help reduce procurement complexity and support uninterrupted laboratory operation. For technical advice on the Euromex bScope BS.7140 or to confirm suitability for specific microscopes, contact Metav Werkzeuge for expert guidance and dependable supply from Emmerich at info@metav-werkzeuge.com or +49 2822 7131930. Technical Data Article number: BS.7140 SKU: BS.7140 Brand: Euromex Model series: bScope Product type: Microscope objective Facts Magnification: 40× Working distance: 0.64 mm Numerical aperture: 0.65 Special features EPL objective designation per product documentation Referenced in Education and Life Science PDFs as a source FAQ What magnification does this objective provide? The objective offers 40× magnification; the Euromex bScope BS.7140 is therefore suited to tasks that require higher detail on prepared slides. What is the numerical aperture and why does it matter? The numerical aperture is 0.65; a higher numerical aperture increases light collection and resolution, which improves the visibility of fine specimen details under brightfield imaging. How close can the objective focus to the sample? The working distance is 0.64 mm, which enables close focusing on thin specimens and prepared slides while requiring careful sample clearance and stage adjustment. Is this objective suitable for educational laboratories? Yes. The objective is documented in education‑focused product material and is appropriate for teaching and demonstration where high‑magnification resolution is required. What identifiers should be used when ordering or referencing the part? Use the article number/SKU BS.7140 and reference the Euromex bScope series when specifying the objective. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm 40x Microscope Objective 0.65 NA, 0.66 mm Working Distance - Euromex
The combination of 40x magnification, a numerical aperture of 0.65 and a 0.66 mm working distance delivers high-resolution imaging suitable for routine laboratory and educational microscopy; order the optical component directly via Metav Werkzeuge or request technical advice from the Metav consultancy team. bScope BS.8440 — Euromex 40x microscope objective, NA 0.65 The bScope BS.8440 is a 40x microscope objective designed for high-contrast, high-resolution observation in educational and life-science microscopy with a short working distance of 0.66 mm. High numerical aperture 0.65 Very short working distance 0.66 mm Optimised for education and life science Part of the Euromex bScope series Enhanced resolution through a high numerical aperture A numerical aperture (NA) of 0.65 increases the lens’s light-gathering ability, which translates into sharper detail and improved contrast at high magnification. For routine laboratory tasks where distinguishing fine structural features is essential, the higher NA reduces diffraction limits and supports clearer imaging on transmitted-light setups. This optical characteristic benefits both microscopic documentation and careful visual assessment without demanding complex illumination upgrades. Precise focusing enabled by the short working distance The 0.66 mm working distance supports fine sample focus at 40x magnification, allowing close approach to thin specimens and coverslips common in education and life-science preparations. The compact clearance minimises parallax and helps maintain a stable focal plane during careful manipulations. For applications that require detailed observation rather than large sample clearance, this working distance provides a direct technical advantage in achieving crisp images of cellular and microstructural detail. Consistent 40x performance for routine microscopy tasks A stable 40x magnification setting offers predictable enlargement for documentation, teaching exercises and comparative observations. The optical construction delivers repeatable image scale for measurements and classroom demonstrations, helping technicians and instructors maintain continuity across sessions. The objective’s specification supports integration into standard microscope workflows where reliable mid-range magnification is required without frequent objective changes. Designed for seamless integration in the bScope range As part of the bScope series, this objective is specified as an S40x/0.65 IOS PLi type in the manufacturer documentation, indicating its intended role within Euromex’s optical lineup. The design focus is on dependable imaging quality and compatibility with common laboratory practices, which simplifies equipment selection and bench calibration. Documentation references list the key parameters, enabling straightforward comparison with alternative objectives when selecting optics for specific tasks. For purchasing guidance or detailed technical clarification about the Euromex bScope BS.8440, contact Metav Werkzeuge GmbH in Emmerich for expert consultation and reliable supply. Technical Data Article number: BS.8440 Manufacturer item number: BS.8440 SKU: BS.8440 Product type: Microscope objective Brand: Euromex Model series: bScope Designation: bScope BS.8440 microscope objective Description: 40x magnification; working distance 0.66 mm; numerical aperture 0.65 UID: BS.8440 Facts Magnification: 40x Numerical aperture: 0.65 Working distance: 0.66 mm Special features S40x/0.65 IOS PLi objective (manufacturer specification) Source: Education PDF-S. 21; Life Science PDF-S. 9,39 Category: For microscopes — microscopy accessories, objectives FAQ What magnification does this objective provide? The objective delivers 40x magnification as specified for the Euromex bScope BS.8440 and is suitable for mid-range microscopic observation. What is the numerical aperture and why does it matter? The numerical aperture of 0.65 for the bScope BS.8440 determines light-gathering capacity and resolution; a higher NA improves detail and contrast at high magnification. How close can the lens be to the specimen? The working distance is 0.66 mm, which allows close focusing for thin specimens and coverslips typically used in education and life-science microscopy. Is the objective part of a specific series? Yes, the lens belongs to the Euromex bScope series and is listed as an S40x/0.65 IOS PLi type in the product documentation. Where do the technical specifications originate? Key parameters for the bScope BS.8440, including 40x, NA 0.65 and WD 0.66 mm, are cited in the manufacturer PDFs (Education and Life Science references noted in the technical section). Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm 40x Microscope Objective 0.65 NA, 0.68 mm Working Distance - Euromex
Precision imaging at 40x magnification combined with a 0.65 numerical aperture and a short 0.68 mm working distance delivers sharp, high‑contrast detail for life‑science and educational samples. Order the objective directly via Metav Werkzeuge or ask our consultants if needed. Euromex BioBlue.Lab BB.7240 microscope objective — 40x, NA 0.65 BioBlue.Lab BB.7240 is a 40x microscope objective engineered for high‑resolution observation in life‑science and education settings, offering a compact working distance for close‑focus imaging. 40x magnification for detailed observation Numerical aperture 0.65 for high resolution 0.68 mm working distance for close focusing Exceptional resolution for routine and advanced imaging The combination of 40x magnification and a 0.65 numerical aperture provides a noticeable improvement in resolving fine specimen detail compared with lower‑NA objectives. In practical terms, the higher aperture increases light collection and contrast, making subcellular structures more distinguishable under transmitted light. This makes the lens particularly suitable for biological staining techniques and brightfield microscopy where image clarity and contrast are decisive for analysis. The optical specification is documented as S40x/0.65 PLi in the manufacturer literature. Optimised for close‑range sample work and precise focusing A working distance of 0.68 mm indicates that the front lens element sits close to the specimen plane, enabling compact optical paths and efficient use of light at higher magnifications. This short distance supports detailed observation of thin preparations and coverslip‑mounted samples, but requires careful stage and condenser adjustment to avoid contact with the specimen. The objective is designed to integrate into existing optical systems where space and numerical aperture are limiting factors, offering a balance between magnification and signal quality for routine laboratory workflows. Practical compatibility and application notes Supplied specifications identify the unit as a dedicated microscope objective within the BioBlue.Lab series; it is referenced in the Education and Life Science PDFs as suitable for educational and research use. As a precision optical component, alignment, tube length and turret fitting are determining factors for compatibility with a given microscope stand. The BB.7240 is intended for users seeking improved detail at medium‑high magnification and benefits applications in teaching laboratories and basic research where contrast and resolution are priorities. For specimen types, the optical properties favour standard biological preparations rather than thick or highly three‑dimensional specimens. For procurement and compatibility advice on the Euromex BioBlue.Lab BB.7240, contact Metav Werkzeuge — consultants in Emmerich can advise on integration into existing microscope systems and order processing. Technical data SKU: BB.7240 Brand: Euromex Model series: BioBlue.Lab Product type: Microscope objective Facts Magnification: 40x Numerical aperture: 0.65 Working distance: 0.68 mm Special features S40x/0.65 PLi objective Source: Education PDF; Life Science PDF Category: For microscopes — Objectives FAQ What magnification and resolving power does this objective provide? The Euromex BioBlue.Lab BB.7240 delivers 40x magnification with a 0.65 numerical aperture, offering enhanced resolution and contrast for routine biological observation. Is the short working distance suitable for coverslip preparations? Yes, the 0.68 mm working distance is well suited to coverslip‑mounted specimens and thin sections, but careful stage adjustment is recommended to maintain safe clearance. Which applications benefit most from this objective? This objective is aimed at life‑science and educational applications where improved detail at medium‑high magnification is required; it performs well for stained samples and brightfield imaging. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm iScope IS.7240 Microscope Objective 40x 0.65 NA 0.54 mm Working Distance - Euromex
Take advantage of the combination of 40x magnification, a 0.65 numerical aperture and a short working distance for enhanced detail and contrast in demanding microscopy tasks; order the Euromex objective directly via Metav Werkzeuge or ask our consultants for application advice. iScope IS.7240 — Euromex 40x microscope objective with 0.65 NA iScope IS.7240 is a 40x microscope objective designed for application in education and life‑science microscopy, offering high resolving power and close working distance for fine specimen detail. High magnification 40x for precise detail Numerical aperture 0.65 for improved resolution Short working distance 0.54 mm for close focus Designed for iScope series compatibility Exceptional resolving power for detailed imaging The objective delivers 40x magnification coupled with a numerical aperture of 0.65, which directly improves the system’s ability to resolve fine structural detail. A higher numerical aperture gathers more light and increases the objective’s resolving capacity; in practical terms, this means clearer separation of close features and improved contrast under brightfield illumination. For laboratories and teaching environments that require reproducible visual clarity, the combination of magnification and NA supports more reliable observation and documentation. Close working distance that enables fine specimen access With a working distance of 0.54 mm, the lens is optimised for examinations where subjects need to be observed very close to the optical front element. This geometry is especially useful for thin sections, coverslipped preparations and samples prepared for high‑detail inspection. The short distance requires careful slide handling and proper stage control but delivers benefits in image sharpness at higher magnifications. The optical design balances proximity and performance to maintain image quality while enabling compact optical arrangements. Built for educational and life‑science applications The construction and specification suite of this objective make it suitable for use in education and life‑science settings, as documented in the original product literature (Education and Life Science PDFs). The objective integrates with the iScope model line, providing a consistent optical standard across the series and simplifying objective changes for teaching labs or routine workflows. The robust specification supports repeatable results for instruction, routine imaging and comparative observations, assisting technicians and instructors in delivering dependable microscopy outcomes. For procurement and technical consultation regarding the Euromex iScope IS.7240 microscope objective, contact Metav Werkzeuge in Emmerich for precise ordering guidance and rapid supply coordination. Technical Data Article number: IS.7240 SKU: IS.7240 Brand: Euromex Model series: iScope Product type: Microscope objective Facts Magnification: 40x Numerical aperture: 0.65 Working distance: 0.54 mm Special features Designation: S40x/0.65 IOS PLi objective Source references: Education PDF S. 25; Life Science PDF S. 16, 42, 43 Label: iScope IS.7240 microscope objective FAQ What magnification and optical specification does this objective offer? The Euromex iScope IS.7240 microscope objective provides 40x magnification with a numerical aperture of 0.65 (SKU IS.7240), giving a balance of magnification and light‑gathering power for detailed observation. How does a numerical aperture of 0.65 affect image quality? A 0.65 NA increases the objective’s ability to resolve close features and to collect more light, which results in improved contrast and finer detail compared with objectives of lower NA; this benefits tasks requiring precise visual discrimination. What are the implications of a 0.54 mm working distance? A 0.54 mm working distance indicates the specimen must be positioned close to the objective front lens, which supports high sharpness at 40x but requires careful slide handling and accurate stage control to avoid contact. Is this objective suitable for educational and life‑science use? Yes. Documentation associated with the product lists educational and life‑science applications, indicating the objective is specified for routine instructional use and laboratory observation within those fields. Will this objective fit into the iScope series turret or nosepiece? The objective is part of the iScope model series and is specified for compatibility within that product family, facilitating interchange with other iScope objectives for varied magnifications. Manufacturer: Euromex / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm iScope IS.7440 Microscope Objective 40x, 0.34 mm Working Distance, NA 0.75 - Euromex
Take advantage of the combination of 40x magnification, a numerical aperture of 0.75 and a very short working distance of 0.34 mm to achieve high‑resolution imaging in demanding life‑science applications; order directly via Metav Werkzeuge or request tailored advice from our consultants. iScope IS.7440 — microscope objective, 40x, NA 0.75 (Euromex) The iScope IS.7440 microscope objective is a high‑magnification optical unit designed for life‑science microscopy and precision imaging tasks, delivering 40x power with a numerical aperture of 0.75 and a working distance of 0.34 mm. 40x magnification Numerical aperture 0.75 Working distance 0.34 mm Exceptional resolution for detailed imaging The combination of 40x magnification and a numerical aperture (NA) of 0.75 provides a clear advantage where fine structural detail must be resolved. A higher NA increases the light‑gathering capacity of the lens, which directly improves resolution and contrast under brightfield and other transmitted‑light techniques. In practical terms, this optical specification enables sharper images of cellular structures and thin specimen details, reducing the need for excessive digital enhancement and helping to deliver reproducible, measurable results for documentation and analysis. Close working distance explained and its practical benefits A working distance of 0.34 mm means the focal point lies very close to the front lens element. Working distance denotes the gap between the objective tip and the specimen at focus; a short distance favours high‑numerical‑aperture designs and supports improved resolving power. This specification suits thin samples, cover‑slip preparations and high‑resolution inspections where minimal optical path distortion is critical. Note that such a short working distance requires careful sample preparation and handling to avoid contact, but rewards users with superior detail and fidelity in microscopic observation. Designed for seamless integration into microscopy setups Belonging to the iScope series, this objective is specified as S40x/0.75 PLFi in technical documentation and is intended for direct integration with standard microscope nosepieces that accept comparable objective threads and mounting standards. The optical unit’s geometry and performance characteristics make it appropriate for life‑science benches, educational labs that demand advanced detail, and routine imaging tasks in quality control. Compatibility should be confirmed against the local microscope model; the SKU IS.7440 provides an exact reference for ordering and matching components. Built for consistent performance and dependable workflows High‑precision optics are as much about repeatability as they are about peak performance. The lens design and listed specifications support consistent imaging across sessions, which is essential for longitudinal studies, comparative analysis and quality assurance protocols. Combined with Metav’s role as a “quality filter” for the European market, choosing components with clearly stated optical data helps reduce procurement uncertainty and supports predictable laboratory workflows. For further technical clarifications, the original Life Science PDF lists the S40x/0.75 PLFi specification and can be referenced for confirming exact optical parameters. For reliable life‑science imaging with Euromex optics such as the iScope IS.7440, contact Metav Werkzeuge for availability and technical guidance at info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical Data Manufacturer: Euromex Article number: IS.7440 SKU: IS.7440 Model series: iScope Product type: Microscope objective Core specifications Magnification: 40x Numerical aperture: 0.75 Working distance: 0.34 mm Source: Life Science PDF (S. 16, 42) Features Designation: S40x/0.75 PLFi objective Category: For microscopes / Microscopy accessory Suitable application: Life‑science microscopy FAQ What level of magnification does this objective provide? The objective offers 40x magnification, delivering detailed enlargement suitable for cellular and thin‑section observation. How does the numerical aperture affect image quality? A numerical aperture of 0.75 increases light collection and resolution; the higher NA improves contrast and fine detail visibility in transmitted‑light techniques. Is the working distance sufficient for routine samples? The working distance of 0.34 mm is short, which is ideal for high‑resolution inspections of thin samples and cover‑slip preparations but requires careful sample handling to prevent contact. Which product reference should be used when ordering or checking compatibility? Use the SKU IS.7440 and the article number IS.7440 as exact references when ordering or verifying compatibility with microscope tube and nosepiece standards. For which applications is this optical unit most suitable? This objective is specified for life‑science microscopy and precision imaging tasks where high resolution and superior detail reproduction are priorities. Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Microscope Objective 40x 0.37 mm Working Distance NA 0.65 - Euromex
Take advantage of the 40x magnification, the 0.37 mm working distance and the NA 0.65 to achieve high-resolution imaging in education and routine life-science tasks; order or request advice through Metav Werkzeuge for reliable delivery and specification support. Mikroskopobjektiv iScope IS.7740 — 40x, NA 0.65 (Euromex) The iScope IS.7740 is a 40x microscope objective engineered for close-focus, high-resolution observation in educational and life-science laboratory environments. High 40x magnification for detailed imaging Numerical aperture 0.65 for improved resolution Short working distance 0.37 mm for close focus Compatible with education and life science applications Precision optics for consistent high-resolution imaging The S40x/0.65 PLPH optical design provides a balance between magnification and light-gathering power, delivering high-resolution results for specimens that require fine detail. With a numerical aperture of 0.65, the lens collects more diffracted light than lower-NA alternatives, which directly improves image contrast and resolving power when observing cellular structures or thin tissue sections. The stated working distance of 0.37 mm indicates the separation between the objective tip and the specimen at focus; this short distance enables sharp detail but requires appropriate stage and condenser alignment for safe, repeatable operation. The construction supports routine laboratory and teaching use where optical fidelity is essential. Designed to fit educational and life-science workflows This objective is specified for applications in education and life science contexts, where reliable performance and clarity of image are priorities. The combination of 40x magnification and NA 0.65 helps to reveal intracellular detail and surface texture without the complexity of higher-magnification lens systems. In classroom or routine lab settings, this balance reduces the need for constant reconfiguration while still offering meaningful enhancement over lower-power objectives. Choosing such an optic supports efficient workflow and reproducible observations during demonstrations, student practicals or everyday inspection tasks. Clear technical data to aid specification and procurement Key specifications are stated in the available documentation: 40x magnification, NA 0.65 and a working distance of 0.37 mm (S40x/0.65 PLPH objective). These figures provide an objective basis for selection against performance requirements such as resolution, depth of field and sample clearance. For procurement and inventory purposes, the item is listed under the model series iScope with the article code IS.7740, so compatibility checks with existing turret carriers or objective threads should be carried out where necessary. Where uncertainty remains about fit or optical performance, confirm details with technical documentation or the supplier to ensure the component matches the intended microscope system. Contact Metav Werkzeuge for tailored technical advice and ordering assistance to ensure the IS.7740 meets the laboratory’s optical and mechanical requirements Technical Data Article number: IS.7740 SKU: IS.7740 Brand: Euromex Model series: iScope Product type: Microscope objective Label: Mikroskopobjektiv iScope IS.7740 Numbers / Core technical data Magnification: 40x Working distance: 0.37 mm Numerical aperture: 0.65 Special features / Versions S40x/0.65 PLPH objective Specified for education and life science use Source references: Education PDF S.24; Life Science PDF S.16,41 FAQ What magnification does this objective provide? The Euromex iScope IS.7740 microscope objective provides 40x magnification, suitable for detailed observation in education and life-science settings. What does the 0.37 mm working distance mean in practice? A working distance of 0.37 mm denotes the distance from the objective front to the specimen at focus; the short clearance supports high-detail imaging but requires careful stage control and specimen mounting. How does the numerical aperture of 0.65 affect imaging? A numerical aperture of 0.65 increases light collection and resolution compared with lower-NA objectives, improving contrast and the ability to resolve fine structural detail. Is this objective intended for teaching laboratories? Yes. The specification and documentation list the optic for education and life science applications, making it suitable for classroom demonstrations and routine laboratory observation. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Microscope Objective 40x 0.65 NA 0.7 mm Working Distance - Euromex
High-resolution 40x magnification combined with a 0.65 numerical aperture and a tight 0.7 mm working distance delivers detailed, contrast-rich images for inspection and teaching applications; order the AE.5597 directly via Metav Werkzeuge or consult our specialists for technical alignment with existing equipment. AE.5597 — Euromex microscope objective, 40x, NA 0.65 The AE.5597 is a 40x microscope objective engineered for close-field observation and educational or laboratory inspection tasks. 40x high-resolution magnification Numerical aperture 0.65 for improved contrast 0.7 mm working distance for close specimens Euromex precision optics and reliable build Precise imaging where detail matters The combination of 40x magnification and a numerical aperture of 0.65 provides a measurable increase in resolving power and image contrast compared with lower-NA lenses. This optical performance is particularly beneficial for material inspections, routine laboratory checks and teaching demonstrations where distinguishing fine structure is essential. The design emphasises consistent image quality and repeatable results, supporting efficient workflows and reducing the need for post-processing of images. What the optical specifications mean in practice A numerical aperture (0.65) determines the objective’s ability to gather light and resolve fine detail; higher NA yields better resolution and shallower depth of field. The 0.7 mm working distance indicates the clearance between the front lens and the specimen at focus, allowing observation of very small or low-profile samples. For practical purposes, these parameters mean the lens is optimised for high-detail surface observation rather than deep, thick specimens. Technically minded teams will value the clear trade-off between resolution and working distance when specifying objectives for inspection rigs or teaching microscopes. Integration, suitability and practical benefits Designed as a straightforward optical component, the lens offers Euromex build quality and is suitable for educational laboratories, quality-control benches and other microscope-based inspection stations. The compact optical geometry simplifies storage and handling while delivering consistent performance across comparable setups. If further clarification is required on compatibility with existing nosepieces or camera adapters, technical data and procurement support are available; Metav Werkzeuge provides rapid advisory service and supply from Emmerich to help match optics to system requirements. For procurement or technical advice on Euromex precision optics, contact Metav Werkzeuge GmbH by e‑mail at info@metav-werkzeuge.com or by telephone at +49 2822 7131930 for fast delivery and specification assistance. Technical data Article number: AE.5597 SKU: AE.5597 Brand: Euromex Product type: Microscope objective Facts Magnification: 40x Numerical aperture: 0.65 Working distance: 0.7 mm Special features S40x/0.65 SMP objective (as referenced in product documentation) Label: Mikroskopobjektiv AE.5597 Category path: Microscopy accessories > Objectives > For microscopes FAQ What magnification does this objective provide? The lens delivers 40x magnification, suitable for high-detail observation in laboratory and teaching contexts. How does the numerical aperture affect image quality? The 0.65 numerical aperture increases light-gathering and resolution, producing sharper, higher-contrast images than lower-NA alternatives. What does a 0.7 mm working distance imply for sample handling? A 0.7 mm working distance means the objective focuses very close to the specimen surface, ideal for thin or low-profile samples but requiring careful handling to avoid contact. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Microscope Objective 40x 0.7 mm Working Distance NA 0.75 - Euromex
Take advantage of the combination of 40x magnification, a numerical aperture of 0.75 and a compact 0.7 mm working distance to obtain clear, high‑resolution images in demanding laboratory applications; order optics and advisory support directly via Metav Werkzeuge for dependable delivery and specification assistance. Delphi‑X Observer DX.7340 microscope objective by Euromex — 40x, NA 0.75 The Delphi‑X Observer DX.7340 is a 40x microscope objective tailored for life‑science and laboratory imaging, delivering a high numerical aperture for enhanced detail and contrast in close‑focus applications. 40x magnification for detailed observation High numerical aperture 0.75 for superior resolution 0.7 mm working distance for close focusing Designed for Delphi‑X Observer series by Euromex Improved image detail where it matters most The combination of 40x magnification and a numerical aperture of 0.75 provides a tangible benefit for routine and precise inspection tasks: finer structural detail and improved light collection. The numerical aperture describes the objective’s ability to gather light and resolve fine features; a higher value increases resolving power and depth of field in high‑magnification imaging. For laboratories requiring consistent optical performance, this objective delivers high resolution while maintaining reliable contrast, helping to reveal subcellular structures and subtle sample features that lower‑NA optics can miss. Compact working distance for dense setups and fine‑detail work With a 0.7 mm working distance, this objective is optimised for applications that need close proximity between lens and specimen, such as high‑detail surface inspection or tightly constrained sample holders. Working distance is the physical gap between the front lens and the specimen at focus; a short distance enables higher numerical apertures and thus better resolution, though it requires attention to sample preparation and stage clearance. For compact microscopes and systems with limited headroom, the objective’s geometry supports integration without compromising optical throughput or image quality. Consistent optical specification and series compatibility The objective is specified as S40x/0.75 PL‑SAFi in source documentation, reflecting its optical design and intended performance class. Manufactured by Euromex for the Delphi‑X Observer range, the lens is aligned to industry expectations for laboratory objectives in this magnification band. The documented parameters (magnification, working distance, numerical aperture) allow straightforward comparison with alternative optics and support predictable imaging outcomes — a practical advantage when standardising instruments across a workshop or research facility. Practical integration advice and application scope This microscope objective suits life‑science imaging and microscopy workflows that prioritise resolution over long working distance, such as detailed cell imaging or inspection of small components. When integrating the lens, ensure stage and condenser configurations accommodate the short 0.7 mm working distance and verify mechanical mounting matches the host microscope’s objective turret. If additional technical data or compatibility checks are needed, specification support is available to confirm fit and optical alignment before procurement. For precision imaging with Euromex optics, contact Metav Werkzeuge for tailored advice and reliable supply — email info@metav-werkzeuge.com or call +49 2822 7131930 for specification support and ordering information. Technical data Manufacturer article number: DX.7340 SKU: DX.7340 Label: Mikroskopobjektiv Delphi‑X Observer DX.7340 Product type: Mikroskopobjektiv Manufacturer: Euromex Model series: Delphi‑X Observer Core data Magnification: 40x Working distance: 0.7 mm Numerical aperture: 0.75 Special features S40x/0.75 PL‑SAFi objective (source: Life Science PDF) Category: For microscopes (microscopy accessories → objectives) Description: Mikroskopobjektiv Delphi‑X Observer DX.7340 FAQ What magnification does the objective provide? The objective provides 40x magnification, suitable for high‑detail laboratory imaging with the Delphi‑X Observer series. What is the numerical aperture and why does it matter? The numerical aperture is 0.75; a higher numerical aperture increases light collection and resolving power, so the DX.7340 delivers improved detail and contrast compared with lower‑NA lenses. How close can the lens focus to the sample? The working distance is 0.7 mm, which enables higher resolution but requires sufficient stage clearance and careful sample preparation when using the DX.7340 objective. Is this objective compatible with standard microscope turrets? The DX.7340 is designed for the Delphi‑X Observer series and similar microscope configurations; verify turret thread and mounting specifications if integration with another system is planned. Where do the specification values originate? Key values such as magnification, working distance and numerical aperture are specified in source documentation (Life Science PDF) for the S40x/0.75 PL‑SAFi class, as referenced for the DX.7340. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Objective 40x 0.45mm Working Distance NA 0.65 - Euromex
Take advantage of 40x magnification, a 0.45 mm working distance and a numerical aperture of 0.65 to improve image detail and inspection speed; order the microscope objective directly via Metav Werkzeuge or contact the consultants for technical advice. iScope IS.7140 microscope objective — 40x, NA 0.65 (Euromex) A compact iScope IS.7140 microscope objective engineered for routine microscopy tasks and educational use, offering high-resolution imaging with a short working distance for close specimen inspection. 40x magnification for detailed observation 0.45 mm working distance for close-up imaging Numerical aperture 0.65 for improved resolution Euromex quality; model IS.7140 Enhanced resolution and image contrast for routine inspection The 40x magnification combined with a numerical aperture of 0.65 delivers noticeably higher resolving power compared with lower-NA objectives, making fine structural details easier to discern during material inspections or biological observations. In practical terms, a larger numerical aperture permits the objective to collect more light and resolve smaller features; this translates into clearer, sharper images on the eyepiece or camera, improving throughput where accurate visual assessment matters. The construction emphasises optical performance while remaining suitable for everyday laboratory and teaching environments. Close working distance tailored to precise sample handling A 0.45 mm working distance indicates that the lens must be positioned close to the specimen to achieve focus; this design is ideal for thin preparations and high-detail work where proximity to the sample enhances contrast and clarity. For users new to the term: working distance is the physical gap between the objective front lens and the specimen surface when the image is in focus. A short working distance requires careful stage control but rewards with better light collection and finer apparent detail, which benefits inspection tasks that prioritise visual accuracy over deep-field clearance. Compatibility and application in microscopy setups Designed as a microscope objective for standard microscope optical trains, the lens is categorised for use with microscopes and integrates into educational and routine laboratory workflows. The specification S40x/0.65 EPL (as referenced in technical documentation) indicates an objective optimised for efficient imaging under common brightfield conditions. The technical profile supports faster evaluation cycles and consistent image quality, making the component a pragmatic choice for laboratories that balance performance with straightforward operation. Practical handling, maintenance and operational tips Due to the short working distance and optical precision, careful handling is advised when changing or positioning the objective. Regular cleaning of external optics with appropriate lens tissue and solvent preserves image quality; avoid contact with the lens surface and ensure the stage is stable before lowering the objective. For users who require assistance interpreting the numerical data or integrating the objective into an optical system, technical documentation and reference notes are available that explain the values and their practical implications for everyday microscopy tasks. For reliable procurement and technical guidance, contact Metav Werkzeuge to arrange supply of the Euromex IS.7140 objective and to discuss compatibility with existing equipment; info@metav-werkzeuge.com or +49 2822 7131930 Technical Data Article number: IS.7140 Manufacturer: Euromex Model series: iScope Product type: Microscope objective SKU: IS.7140 Data Magnification: 40x Working distance: 0.45 mm Numerical aperture: 0.65 Designation in docs: S40x/0.65 EPL objective Special features Intended application: for microscopes Source references: Education PDF; Life Science PDF Compact design for routine and educational use FAQ What magnification does this objective provide? The Euromex IS.7140 objective provides 40x magnification, suitable for detailed observation in routine microscopy. What does a numerical aperture of 0.65 mean for image quality? A numerical aperture of 0.65 indicates improved light-gathering and resolving capability; the IS.7140 objective benefits from sharper detail and better contrast compared with lower-NA lenses. Is the short working distance a limitation for all samples? A 0.45 mm working distance requires careful stage control and is best suited to thin or low-profile samples rather than thick specimens that need more clearance. Can this objective be used in teaching laboratories? Yes. The optical characteristics of the IS.7140 make it well suited for educational settings where clear resolution of structure and repeatable results are important. Where can technical documentation for the objective be found? Reference data such as "S40x/0.65 EPL objective" and further specifications are noted in the product PDFs cited in the technical documentation. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Objective 40x 0.65 NA 0.65 mm Working Distance - Euromex
Taking advantage of 40x magnification combined with a 0.65 numerical aperture delivers a compact objective that balances resolution and light-gathering for demanding routine work; pair this optical performance with supply from Metav Werkzeuge for dependable delivery and product support. BioBlue.Lab BB.8840 — Microscope objective, 40x, 0.65 NA (Euromex) The BioBlue.Lab BB.8840 is a 40x microscope objective designed for education and life-science applications, offering a short working distance and a high numerical aperture for detailed imaging. 40x magnification for detailed imaging Numerical aperture 0.65 for improved resolution 0.65 mm working distance for close-focus samples PL designation for flat-field correction Precision optics that improve image detail and contrast The objective delivers a combination of 40x magnification and numerical aperture 0.65 that improves resolution and contrast for fine structural detail. A higher numerical aperture increases light collection, which helps to resolve closely spaced features and reduces exposure times under transmitted illumination. This means clearer images when examining stained slides or small biological specimens, with the optical parameters tailored to yield consistent performance in routine lab workflows. Designed for close-focus tasks in teaching and life-science labs A working distance of 0.65 mm places the front lens close to the specimen, which is advantageous for thin preparations and high-detail observation. The short working distance assists when using immersion media or when precise condenser alignment is required. For training environments and general laboratory use, the combination of magnification and aperture makes the objective suitable for common techniques without requiring specialist accessories, while still delivering the clarity expected in life-science education. Optical correction and handling considerations for reliable results Marked with the PL designation, the objective is intended to provide a corrected, flat field across the image plane, reducing curvature and improving edge-to-edge sharpness. This supports image analysis and documentation where uniform focus across the field is important. Although compact in form, the optical design emphasises consistent imaging performance; sensible handling and correct optical alignment will ensure stable, reproducible results in both analogue observation and digital imaging setups. Practical compatibility and workflow benefits The construction and specification make this objective an efficient choice for standard upright microscopes used in teaching and routine laboratory work. Its optical parameters favour samples that benefit from increased light gathering and high spatial resolution. When integrated into established microscopy systems, the objective contributes to a streamlined workflow by reducing the need for repeated focusing and allowing faster, more confident inspection of specimens during teaching sessions or basic life-science investigations. Contact Metav Werkzeuge for tailored advice on supply and compatibility of the Euromex BioBlue.Lab BB.8840 — email info@metav-werkzeuge.com or call +49 2822 7131930 to secure reliable delivery from Emmerich. Technical data Article number: BB.8840 SKU: BB.8840 Manufacturer: Euromex Series: BioBlue.Lab Product type: Microscope objective Specifications Magnification: 40x Working distance: 0.65 mm Numerical aperture: 0.65 Special features S40x/0.65 PL objective Intended for education and life science Marking: PL designation for flat-field correction FAQ What level of detail can be expected with this objective? The BioBlue.Lab BB.8840 achieves high detail at 40x magnification aided by a 0.65 numerical aperture, enabling clear resolution of fine structures in standard stained or unstained preparations. Is the short working distance a limitation for routine use? A working distance of 0.65 mm is intentionally short to support close-focus tasks; the Euromex objective performs well with thin samples and properly adjusted condenser settings. Which applications are most suitable for this objective? The objective is well suited to education and general life-science microscopy, where a balance of magnification, resolution and a flat field is required for teaching, inspection and documentation. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Objective 40x 0.65 NA 1.5mm Working Distance, S40x/0.65 PLi - Euromex
Take advantage of the combination of high optical performance and a compact working distance for precise, high‑contrast imaging; order the component directly via Metav Werkzeuge or consult the technical advisors for system integration if needed. Achios‑X Observer AX.7240 microscope objective — 40x magnification, NA 0.65, short working distance (Euromex) The Achios‑X Observer AX.7240 microscope objective is a 40x lens designed for applications requiring high detail and strong light collection in close‑proximity observations 40x magnification for detailed observation Numerical aperture 0.65 for improved resolution Working distance 1.5 mm for close specimen access High-resolution imaging enabled by strong optical aperture With a 40x magnification combined with a numerical aperture (NA) of 0.65, this objective delivers improved resolving power and better light‑gathering compared with lower‑NA lenses. A higher numerical aperture increases the amount of light that reaches the image plane, which results in clearer contrast and finer detail in the focal plane. This benefit is particularly relevant for inspections where distinguishing small structural features is essential; the optical specification therefore supports efficient image acquisition and more reliable visual analysis. Short working distance for thin specimens and high‑detail inspection The 1.5 mm working distance is a defining characteristic of this design and suits tasks that require close optical access to a specimen, for example thin sections, coverslip preparations and fine surface inspection. A reduced working distance contributes to a compact optical path and helps maintain high numerical aperture performance at elevated magnifications. Operators should account for the proximity when planning sample mounting and objective switching, since the near field favours delicate or precisely positioned specimens rather than bulky samples. Practical compatibility and application orientation As a member of the Achios‑X series, the objective is engineered for microscope setups where high resolution and compact optics are priorities. The lens is intended for optical microscopes requiring standard objective integration; selection of the correct tube lens and system parfocality will preserve the stated optical performance. Reference data for system integration is provided in the original Life Science documentation and should be consulted when precise optical parameters or compatibility with specialised stands are required. Handling and care to retain optical performance Maintaining the condition of the front element and preserving the alignment of the optical assembly extends service life and conserves image quality. Regular inspection, dust protection when not in use and gentle cleaning with approved optical solvents and lens tissue will prevent contamination and scratches. Proper handling during mounting and avoiding contact with the front lens element will sustain the numerical aperture and preserve the 40x performance for routine microscopy tasks. For direct procurement or technical advice regarding integration of the Euromex Achios‑X Observer AX.7240 objective, contact Metav Werkzeuge for prompt supply from Emmerich and tailored consultation: info@metav-werkzeuge.com / +49 2822 7131930 Technical Data Article number: AX.7240 Manufacturer: Euromex Model series: Achios‑X Observer Product type: microscope objective SKU: AX.7240 Facts Magnification: 40x Working distance: 1.5 mm Numerical aperture: 0.65 Special features S40x/0.65 PLi objective Source: Life Science PDF S. 21,46 Category: For microscopes (microscopy accessories, objectives) FAQ What magnification does this objective provide? The Achios‑X Observer AX.7240 provides a 40x magnification, specified for detailed specimen observation. What does numerical aperture 0.65 mean in practice? A numerical aperture of 0.65 indicates a relatively high light‑gathering capacity for this magnification, improving resolution and contrast in the focal plane for the AX.7240 objective. Which specimen types are best suited to the short working distance? Specimens such as thin sections and coverslip‑mounted preparations benefit from the 1.5 mm working distance of the AX.7240, where close optical access enhances detail capture. How should the objective be cleaned and stored? Cleaning should be performed with appropriate optical cleaning fluid and lens tissue; the objective must be stored in a dust‑free environment and protected by caps to preserve optical performance. Is the objective part of a series that supports system matching? Yes, the lens belongs to the Achios‑X Observer series, designed for applications where high resolution in a compact optical package is required; consult system documentation for exact matching parameters. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Objective 40x 0.78mm Working Distance NA 0.65 - Euromex
Take advantage of the 40x magnification, 0.65 numerical aperture and 0.78 mm working distance for high-detail observation in laboratory and educational settings; order the Euromex bScope BS.8240 directly via Metav Werkzeuge or ask our consultants if needed. bScope BS.8240 microscope objective — 40x, NA 0.65 (Euromex) bScope BS.8240 is a microscope objective intended for high-resolution transmitted-light microscopy, offering a balance between magnification and light-gathering capacity for routine laboratory use. 40x high magnification Numerical aperture 0.65 for detail Working distance 0.78 mm High-definition imaging for routine microscopy The optical design delivers 40x magnification combined with a numerical aperture of 0.65, which increases the amount of light collected from the specimen and directly improves resolving power. In practical terms, this combination enables clearer distinction of fine structures while keeping image contrast suitable for brightfield applications. The specification NA 0.65 indicates robust light-gathering ability compared with lower-NA objectives, so smaller features become visible without resorting to extreme illumination settings. Compact working distance for close observation A working distance of 0.78 mm suits close-range observation and high-magnification tasks where sample proximity is required. This short distance is common for objectives optimised for high resolution; it allows the objective to form sharp images of thin specimens on standard slides. When planning sample handling or mounting, the 0.78 mm parameter should be considered to avoid contact with coverslips or immersion media and to select compatible condensers and mounts. Practical benefits in education and routine labs The objective, from the bScope series, is appropriate for teaching laboratories and routine analysis where consistent, reliable optics are essential. The optical characteristics make it suitable for observation of histological sections, cellular detail in prepared slides, and other standard transmitted-light specimens. The specification balance reduces the need for frequent objective changes while supporting a wide range of classroom and workshop tasks. Understanding numerical aperture and image quality The numerical aperture (NA 0.65) determines both resolution and depth of field: a higher NA sharpens lateral resolution but narrows the depth of focus. For applications requiring maximal detail in a narrow focal plane, this objective provides a clear advantage. Conversely, when increased depth of focus is desired, contrast-enhancing techniques or alternative objectives with lower NA can be considered. The objective’s design is therefore a deliberate compromise to favour high-resolution detail in standard microscopy workflows. For application advice or to source the Euromex bScope BS.8240 for laboratory use, contact Metav Werkzeuge GmbH in Emmerich; technical consultants are available to discuss suitability and integration into existing microscope setups Technical data Article number: BS.8240 SKU: BS.8240 Brand: Euromex Series: bScope Type: Microscope objective Facts Magnification: 40x Numerical aperture: 0.65 Working distance: 0.78 mm Special features Objective type: S40x/0.65 IOS EPLi Application: For microscopes Intended use: Laboratory and educational microscopy FAQ What magnification does this objective provide? The Euromex bScope BS.8240 provides 40x magnification, suitable for detailed observation of prepared slides. How does the numerical aperture affect performance? With a numerical aperture of 0.65, the BS.8240 increases light collection and resolution, improving the visibility of fine specimen details under transmitted-light conditions. Is the working distance suitable for standard slides? The 0.78 mm working distance is designed for close-range imaging of thin specimens on standard slides; care with coverslip thickness and immersion media is recommended. Which applications match this objective? The objective is well suited to teaching laboratories and routine analyses where high-resolution transmitted-light microscopy is required. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Objective iScope IS.8840 40x, 0.43 mm Working Distance, NA 0.65 - Euromex
Take advantage of 40x magnification, a 0.65 numerical aperture and a precise 0.43 mm working distance to obtain high-detail images in routine laboratory and teaching environments; order directly via Metav Werkzeuge or consult Metav's technical advisers for integration and supply. iScope IS.8840 — Euromex 40x microscope objective, NA 0.65, WD 0.43 mm The iScope IS.8840 is a 40x microscope objective designed for high-resolution imaging in education and life-science microscopy, providing a balance of detail and light-gathering for bright-field applications. 40x high-power magnification Numerical aperture 0.65 for high resolution Short working distance 0.43 mm Compatible with iScope series objectives Capture finer detail with a high numerical aperture With 40x magnification paired to a 0.65 numerical aperture, this objective is tailored to deliver high resolution and improved contrast for small structural details. The numerical aperture expresses the lens's light-gathering ability and directly affects the achievable resolving power; a 0.65 NA therefore supports sharper images and more reliable differentiation of adjacent features. For laboratory managers and instructors, this means clearer visual results on cellular and tissue specimens without resorting to excessive digital enhancement. Optimised for demanding focus positions and delicate samples The 0.43 mm working distance reflects the optical design prioritising numerical aperture and resolution. A short working distance benefits high-NA performance by positioning the front lens close to the specimen, which enhances detail capture in thin preparations. This configuration is suitable for typical slide-based samples and requires careful stage and condenser alignment. The objective follows the S40x/0.65 EPLi specification and integrates into the iScope series, enabling straightforward replacement or upgrade within compatible Euromex setups while maintaining optical consistency across a microscope fleet. Practical integration for teaching and life-science workflows Engineered for microscopes used in education and routine life-science tasks, this objective combines precise optics with robust manufacturing to support frequent handling and repeated use. The lens specification is documented in manufacturer materials (see Education PDF S.24; Life Science PDF S.16,41), allowing procurement and technical teams to verify compatibility and imaging expectations before purchase. For facilities consolidating suppliers, the objective provides predictable performance for lab benches, training rooms or multi-user microscopes, reducing downtime and simplifying standardisation across instruments. Secure precision imaging with the Euromex iScope IS.8840 through Metav Werkzeuge — contact Metav Werkzeuge in Emmerich at info@metav-werkzeuge.com or +49 2822 7131930 for tailored technical advice and timely supply Technical data Article number: IS.8840 SKU: IS.8840 Manufacturer: Euromex Product type: Microscope objective Model series: iScope Core specifications Magnification: 40x Numerical aperture: 0.65 Working distance: 0.43 mm Objective code: S40x/0.65 EPLi Features & application Suitable for microscopes Education and life-science applications Compatible with iScope series Datasheet references: Education PDF S.24; Life Science PDF S.16,41 FAQ What magnification does this objective provide? The iScope IS.8840 provides 40x magnification, designed to reveal fine structural detail in standard slide preparations. How does the numerical aperture influence image quality? A 0.65 numerical aperture increases light-gathering and resolving power; the iScope IS.8840 benefits from this by delivering clearer, higher-contrast images compared with lower-NA objectives. Is the 0.43 mm working distance suitable for routine slides? The 0.43 mm working distance supports high-NA imaging but requires careful specimen preparation and stage adjustment; thin coverslips and precise focusing are recommended for optimal results with the iScope IS.8840. Which microscopes is this objective compatible with? This objective is designed for standard microscope mounts and integrates with the iScope series and comparable Euromex optical systems; confirmation against the instrument's nosepiece and parfocal settings is advised. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm Plan Phase Contrast PLPHi S40x/0.65 IOS Objective 0.5mm Working Distance, 0.17mm Cover Glass Corrected - Euromex
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40mm Plan Stress-Free PLPOLi 40x/0.60 IOS Transmission Polarisation Objective 0.54mm Working Distance, 0.17mm Cover Glass Corrected - Euromex
Take advantage of the 40x high-resolution magnification and the plan, stress-free optical design for reliable polarisation imaging; the corrected cover-glass specification and short working distance ensure sharp results on thin specimens. Order directly via Metav Werkzeuge or request technical advice from our consultants if further specification data is required. Plan stress-free PLPOLi 40x/0.60 IOS objective for iScope — polarisation, 0.54 mm WD (IS.7940-T) Plan stress-free PLPOLi 40x/0.60 IOS Objective for transmitted-light polarisation on iScope systems, corrected for a 0.17 mm cover glass and engineered for high-detail observation with a 0.54 mm working distance Plan, stress-free optical design 40x magnification for detailed imaging Corrected for 0.17 mm cover glass For iScope transmitted-light polarisation Precision optics for confident polarisation analysis The PLPOLi 40x objective combines a plan, stress-relieved lens design with a numerical aperture of 0.60, delivering a well-corrected flat field that reduces image curvature across the visual plane. This results in consistently sharp, undistorted images at the edges as well as the centre, which is essential for quantitative inspection and documentation. The optical layout minimises residual stress birefringence, so polarisation contrast is preserved and sample artefacts are reduced. Such stability supports reproducible imaging in both routine quality control and research applications. Short working distance and cover-glass correction explained A working distance of 0.54 mm indicates the clearance between the front lens and the specimen when in focus; this enables high numerical aperture performance while keeping the optical path compact. The objective is corrected for a 0.17 mm cover glass, which compensates optical aberrations introduced by standard cover slips and maintains focal accuracy when observing mounted samples. In practice, this means fewer refocusing steps and improved image sharpness for thin sections and mounted preparations, enhancing throughput and measurement reliability. Built for iScope transmitted-light polarisation and easy integration Designed specifically for iScope transmitted-light polarisation systems, the objective ensures mechanical and optical compatibility with the platform. The plan, stress-free construction and polarisation-optimised glass make it well suited to mineralogy, petrography and materials analysis where polarised light reveals internal structure. The compact optical footprint supports standard laboratory workflows and fits easily into multi-objective nosepieces, allowing fast switching between magnifications with minimal alignment effort. For precise work where optical integrity matters, this objective provides a dependable upgrade to a microscopy setup. Discuss polarisation optics and application fit with Metav Werkzeuge — reference IS.7940-T for exact compatibility checks and ordering assistance Technical data Article number: IS.7940-T Product type: microscope objective Manufacturer: Euromex Facts Magnification: 40x Numerical aperture: 0.60 Working distance: 0.54 mm Cover glass correction: 0.17 mm Special features Plan, stress-free optics Polarisation for transmitted-light microscopy Compatible with iScope systems SKU: IS.7940-T FAQ What makes a plan, stress-free objective different from a standard lens? A plan, stress-free objective is designed to deliver a flat field across the image and to minimise internal stress birefringence; the Plan stress-free PLPOLi 40x/0.60 IOS objective (IS.7940-T) preserves polarisation contrast and reduces artefacts for clearer transmitted-light imaging. Is this objective suitable for polarised-light mineralogy and materials analysis? Yes, the PLPOLi 40x objective is optimised for transmitted-light polarisation, making it suitable for mineralogical thin sections and materials diagnosis where polarisation reveals structural details. How does the 0.17 mm cover-glass correction affect everyday use? Correction for a 0.17 mm cover glass compensates optical shifts caused by standard cover slips, maintaining focus and image quality on mounted specimens without repeated optical adjustments. Will the working distance of 0.54 mm limit sample sizes or manipulations? A 0.54 mm working distance is typical for high-NA, high-magnification objectives and allows fine control for thin or mounted samples; bulkier specimens requiring larger clearance will need lower-magnification objectives. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40mm S40x/0.75 Objective 40x, 1.35 mm Working Distance, NA 0.75 - Euromex
Take advantage of the combination of 40x magnification, a high numerical aperture (0.75) and a compact working distance (1.35 mm) for sharp, high-resolution imaging in demanding laboratory applications. Order the objective directly via Metav Werkzeuge or consult our specialists for suitability and integration. Achios‑X Observer AX.7340 microscope objective by Euromex — 40x, NA 0.75 The Achios‑X Observer AX.7340 is a precision microscope objective designed for high-magnification imaging and demanding sample observation in laboratory environments. 40x magnification, high detail resolution Numerical aperture 0.75 for improved contrast Working distance 1.35 mm for close-sample imaging S40x/0.75 PL-SAFi optical specification Exceptional resolution for critical inspection and research The combination of 40x magnification and a numerical aperture of 0.75 delivers increased resolving power and light-gathering capability compared with lower-NA objectives. This optical performance helps to reveal fine structural detail in stained sections or intricate microstructures while maintaining good image contrast. The designation S40x/0.75 PL-SAFi indicates the optical correction and specification used during design and quality control, ensuring consistent image flatness and minimal aberration across the field of view. For laboratories requiring dependable high-magnification observation, these parameters translate directly into clearer, more reproducible imaging results. Designed for samples that permit close approach and fine detail work A working distance of 1.35 mm indicates the objective is intended for specimens that allow a close proximity of the lens to the sample, such as mounted slides and thin sections. This compact working distance supports high-NA performance by shortening the optical path between the specimen and the front lens element, which is why the combination of 1.35 mm and 0.75 NA suits applications where fine lateral resolution is needed. When planning a setup, ensure that sample mounting and coverslip thickness are compatible with the limited clearance to avoid contact and to preserve both specimen and optics. Trusted optics and supply for consistent laboratory workflows Euromex optical engineering underpins the Achios‑X Observer series, supporting stable performance and repeatable results over time. Sourcing through Metav Werkzeuge provides the practical benefits of organised European distribution, inventory oversight and a quality filter that helps reduce procurement risk. Metav’s positioning as a precision partner for industry and trade—backed by a broad product range and established logistics—supports uninterrupted access to measurement and laboratory equipment. For additional technical clarification on optical correction or integration within a specific microscope turret, the available product documentation summarises the technical values and compliance data. Contact Metav Werkzeuge for an application consultation or to reserve the Euromex Achios‑X Observer AX.7340 for the laboratory; call +49 2822 7131930 or email info@metav-werkzeuge.com for precise compatibility advice and supply options Technical Data Article number: AX.7340 SKU: AX.7340 Manufacturer: Euromex Series: Achios‑X Observer Product type: Microscope objective Facts Magnification: 40x Working distance: 1.35 mm Numerical aperture: 0.75 Special features S40x/0.75 PL-SAFi objective specification For microscopes (objective category) Optimised for high-resolution slide imaging FAQ What magnification and resolution can be expected from this objective? The Achios‑X Observer AX.7340 provides 40x magnification with a 0.75 numerical aperture, offering enhanced resolving power for detailed inspection in microscopy applications. Is the short working distance suitable for my sample type? A working distance of 1.35 mm is well suited to mounted slides and thin specimens; however, thicker preparations or non‑mounted samples may require objectives with greater clearance. Does the AX.7340 require special mounting or coverslip thickness? The AX.7340 is optimised for standard slide-mounted preparations; maintaining the recommended coverslip thickness and careful sample mounting preserves optical performance and prevents contact with the front element. Can this objective be fitted into standard turret systems? The Achios‑X Observer series is manufactured to standard objective dimensions used in many microscopes, enabling turret integration where mechanical fittings and parfocal distances are compatible. What does the PL-SAFi designation mean for image quality? The PL-SAFi notation reflects the objective’s optical correction and specification aimed at reducing field curvature and aberrations, contributing to a flatter field and improved image uniformity. Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
40x Microscope Objective 0.6 mm Working Distance NA 0.85 - Euromex
Take advantage of the 40x magnification and high numerical aperture (0.85) for improved detail and contrast in routine life‑science imaging; the short 0.6 mm working distance makes the objective ideal for close-focus preparations. Order directly via Metav Werkzeuge or consult our specialists for application-specific guidance. Microscope objective 86.556 — Euromex 40x, NA 0.85 The Microscope objective 86.556 is a 40x objective designed for high‑resolution microscopy applications, offering a large numerical aperture and a short working distance suitable for detailed sample observation 40x magnification for detailed imaging High numerical aperture 0.85 for improved resolution Short 0.6 mm working distance for close-focus samples High numerical aperture for clearer, higher‑contrast images A numerical aperture of 0.85 noticeably increases the objective's ability to gather light and resolve fine detail, which is critical when analysing cellular structures or fine surface features. In practical terms, the elevated NA translates into sharper images and better contrast under moderate illumination, helping to reduce exposure time and improve throughput in repetitive inspection tasks. For laboratories seeking reliable optical performance, this characteristic supports consistent results across routine and advanced examinations. Forty‑times magnification tailored for life‑science observations With a 40x magnification, the objective provides the balance between field of view and detail that many biological and materials investigations require. This level of enlargement is well suited to studies where subcellular features or microstructural details must be inspected without switching frequently between objectives. The optical design preserves image flatness and clarity across the central field, enabling efficient documentation and measurement workflows with standard microscope camera systems. Short working distance: benefits and practical considerations The 0.6 mm working distance indicates that the lens focuses very close to the specimen plane, which offers advantages when working with thin preparations or coverslipped slides where high‑resolution contact is needed. At the same time, the small separation necessitates careful sample handling and precise stage control to avoid collisions. For applications requiring mechanical probes or thicker specimens, assess compatibility with sample holders and consider whether a longer‑WD objective is required; for thin sections and high‑detail inspection, the compact focus depth is a practical asset. Contact Metav Werkzeuge today for tailored advice on integrating the Euromex 86.556 into existing microscope setups and to check compatibility with camera systems and stage configurations Technical data Article number: 86.556 SKU: 86.556 Manufacturer: Euromex Product type: Microscope objective Label: Mikroskopobjektiv 86.556 UID: 86.556 Facts Magnification: 40x Working distance: 0.6 mm Numerical aperture: 0.85 Source: Life Science PDF, p. 39 Special features PLF S40x/0.85 PLFi objective WD 0.6 mm Designed for high‑resolution life‑science microscopy Suitable for close‑focus sample preparations FAQ What does the numerical aperture 0.85 mean for image quality? A higher numerical aperture, as in the Euromex 86.556 objective, increases the lens's light‑gathering power and resolving capability, resulting in finer detail and improved contrast under comparable illumination. How does the 0.6 mm working distance affect sample handling? The 0.6 mm working distance of this objective requires precise stage control and careful specimen preparation, since the lens focuses very close to the cover slip or specimen surface. Is this objective suitable for routine life‑science applications? Yes, the 40x magnification combined with a high numerical aperture makes the lens well suited to many routine life‑science inspections where detailed cellular or microstructural observation is required. Can standard microscope cameras be used with this objective? Standard camera systems designed for transmitted or reflected light microscopy are commonly compatible; check camera sensor size and tube optics to ensure the desired field of view and resolution when paired with this objective. Where can detailed technical specifications be verified? Detailed optical data and official specifications are available in the manufacturer's documentation; the listed values in product literature include magnification 40x, NA 0.85 and WD 0.6 mm Manufacturer / Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com
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