·Infinite conjugate parfocal distance of 95 mm with long working distance.

·Chromatic aberration corrected in the visible spectrum range of 400-700 nm.

·Full field curvature correction for clear edge imaging.

·Suitable for coaxial observation and convergence of visible lasers.

·Ultra-high resolution objective lens with an infinite conjugate focal distance of 95mm

·Chromatic aberration correction within the visible spectrum range of 400-700nm

·Full field flatness correction, clear edge imaging

·Suitable for coaxial observation and visible laser convergence

·Super long working distance objective lens with infinite conjugate focal distance of 95mm.

·Chromatic aberration correction within the visible spectrum range of 400-700nm.

·Full held flatness correction, clear edge imaging.

·Suitable for coaxial observation and visible laser convergence.

·Long working distance objective lens with infinite

conjugate and a focal distance of 95mm.

·Chromatic aberration in the visible spectrum is

corrected, allowing for coaxial observation with

laser beams.

·Suitable for laser processing at wavelengths of

532nm, 1030-1064nm.

·The HR type objective lens is equipped with

replaceable protective glass with thicknesses ranging

from 1.6mm to 1.8mm.

·Long working distance objective lens with an infinite

conjugate focal distance of 95mm

·Chromatic aberration correction in the visible spectrum,

suitable for coaxial observation and laser processing

·Suitable for laser processing at 532nm, 1030-1064nm

·Corresponding cover glass thicknesses are t=0, t=0.7,

t=1.1, which can be achieved by replacing the

appropriate protective lens holdert

·Long working distance objective lens with an infinite

conjugate focal distance of 95mm

·Chromatic aberration correction in the visible spectrum,

suitable for coaxial observation and laser processing

·Suitable for laser processing at 355nm, 532nm

Corresponding cover glass thicknesses are t=0, t=0.7,

t=1.1, which can be achieved by replacing the appropriate

protective lens holder

·Infinite conjugate focal distance of 95mm

·Chromatic aberration correction within the

355-532nm spectrum

·Infinite conjugate parfocal distance is 95mm.

·Corrected for chromatic aberration within the

visible spectrum range of 400-700nm.

·Field curvature corrected for an FN40mm field

of view, providing clear edge imaging.

·Long working distance

·Industrial objectives with an infinite conjugate

parfocal distance of 45mm.

·Brightfield objectives for coaxial illumination.

·Plan semi-apochromatic design.

·High imaging contrast.

·Objective series from 5x to 100x, with a unified

pupil position for convenient DIC observation.

·Industrial objectives with an infinite conjugate

parfocal distance of 45mm.

·Brightfield/Darkfield objectives for coaxial

illumination.

·Plan semi-apochromatic design.

·High imaging contrast.

·Objective series from 5x to 100x, with a unified

pupil position for convenient DIC observation.

·Industrial objectives with an infiniteconjugate parfocal distance of 45mm.

·Brightfield objectives for coaxialillumination.

·Plan semi-apochromatic design.

·High imaging contrast.

·Long working distance.

·Industrial objectives with an infiniteconjugate parfocal distance of 45mm.

·Plan semi-apochromatic design.