60x Infinity-Corrected Objective 0.46mm Working Distance 0.80 NA - Euromex

Take advantage of a combination of 60x magnification, a numerical aperture of 0.80 and a short working distance for high-detail imaging of near-surface specimens; order the Euromex bScope BS.8460 directly via Metav Werkzeuge or ask our consultants if needed

bScope BS.8460 microscope objective — 60x magnification, NA 0.80 (Euromex)

The bScope BS.8460 is a 60x microscope objective designed for high-resolution observation in education and life-science applications, offering a compact working distance for close-focus specimen inspection

• 60x magnification for fine structural detail
• Numerical aperture 0.80 for superior resolution
• Working distance 0.46 mm for close-up samples

High resolving power for detailed sample analysis

The objective delivers 60x magnification combined with a numerical aperture of 0.80, which results in improved light-gathering capability and enhanced resolving power compared with lower-NA lenses. In practical terms, a higher NA enables sharper contrast and finer distinction between closely spaced structures in biological specimens or thin material sections; this translates into fewer retakes and clearer documentation. The optical correction is designed to support modern microscope configurations that require consistent image quality across the field.

Close working distance optimised for surface and cell-layer observation

A working distance of 0.46 mm positions the front element close to the specimen plane, which benefits applications where high magnification of surface detail or superficial cell layers is required. The reduced gap improves numerical-aperture utilisation but requires careful sample mounting and focusing technique; in routine lab work this often means using low-profile coverslips and stable stage control. The short working distance is especially useful for life-science teaching labs and research benches where detailed, high-contrast views of thin preparations are needed.

Compatibility with infinity-corrected optical systems and practical use

This lens is specified as an infinity-corrected IOS PLi objective, making it suitable for integration into modern microscope stands that accept infinity optics. Compatibility with such systems allows straightforward adoption into existing setups without the need for major system redesign, while preserving parfocality and tube-lens requirements. The construction supports repeated classroom use and practical laboratory workflows, aiding reliable imaging across sessions. As a product from Euromex, the optical performance is aimed at balancing robustness with classroom and bench-level precision

Contact Metav Werkzeuge today to discuss system compatibility, request detailed documentation or to place an order for the Euromex bScope BS.8460 through our technical sales team at Metav Werkzeuge; email info@metav-werkzeuge.com or call +49 2822 7131930

Technical data

• Article number: BS.8460
• SKU: BS.8460
• Manufacturer: Euromex
• Model series: bScope
• Product type: microscope objective

Core specifications

• Magnification: 60x
• Working distance: 0.46 mm
• Numerical aperture: 0.80
• Optical type: infinity-corrected IOS PLi

Features & applications

• Referenced in Education and Life Science documentation
• Suited to education and life-science imaging scenarios
• Close working distance for high-detail surface observation

FAQ

What magnification and resolution can be expected with this objective?
The Euromex bScope BS.8460 microscope objective (SKU BS.8460) provides 60x magnification with a numerical aperture of 0.80, enabling high-resolution imaging suitable for fine structural observation in life-science and teaching contexts.

Is the objective compatible with infinity-corrected microscope systems?
Yes, the lens is specified as an infinity-corrected IOS PLi objective and is designed for integration into microscopes that accept infinity optics.

How close can the objective approach the specimen and what does that mean for handling?
The working distance is 0.46 mm, which requires careful sample mounting and stage control; the short distance benefits surface detail imaging but necessitates cautious focus adjustments.

Can this objective be used in both education and research laboratories?
The optical specification and documented references in education and life-science materials make this objective appropriate for teaching labs and routine research tasks where high-detail visualisation is needed.

Does the product require specific tube lenses or adapters?
Integration into an infinity-corrected system typically requires a compatible tube lens as specified by the microscope manufacturer; check system compatibility before installation.

Manufacturer: Euromex; Responsible: Metav Werkzeuge GmbH; Parkring 45; 46446 Emmerich; Germany; +49 2822 7131930; info@metav-werkzeuge.com