<p>·Biological objectives with an infinite conjugate parfocal distance of 60mm. <p> <p>·Plan semi-apochromatic.<p>

<p>·Biological objectives with an infinite conjugate parfocal distance of 60mm. <p> <p>·Plan semi-apochromatic. <p> <p>·Extra-long working distance. Through the correction ring, it can be adapted to samples and containers with different thicknesses.<p> <p>·Phase-contrast device, providing high-contrast observation for colorless specimens.<p>

</p>·Biological objectives with an infinite conjugate parfocal distance of 60mm. </p> </p>·Plan semi-apochromatic. </p> </p>·Extra-long working distance. Through the correction ring, it can be adapted to samples and containers with different thicknesses.</p>

</p>·Biological objectives with an infinite conjugate parfocal distance of 60mm. </p> </p>·Apochromatic, with chromatic aberration correction across a wide wavelength range. </p> </p>·Provides outstanding image flatness across the entire field of view</p> </p>· High numerical aperture (NA) for imaging deeper structures within samples.</p>

</p>·Infinite conjugate parfocal distance of 95 mm with long working distance.</p> </p>·Chromatic aberration corrected in the visible spectrum range of 400-700 nm.</p> </p>·Full field curvature correction for clear edge imaging.</p> </p>Suitable for coaxial observation and convergence of visible lasers.</p>

</p>·Ultra-high resolution objective lens with an infinite conjugate focal distance of 95mm</p> </p>·Chromatic aberration correction within the visible spectrum range of 400-700nm</p> </p>·Full field flatness correction, clear edge imaging</p> </p>Suitable for coaxial observation and visible laser convergence</p>

</p>·Super long working distance objective lens </p> </p>·Chromatic aberration correction within the </p> </p>visible spectrum range of 400-700nm</p> </p>·Suitable for coaxial observation and visible </p> laser convergence</p>

</p>·Long working distance objective lens with infinite </p> </p>conjugate and a focal distance of 95mm.</p> </p>·Chromatic aberration in the visible spectrum is </p> </p>corrected, allowing for coaxial observation with </p> </p>laser beams.</p> </p>·Suitable for laser processing at wavelengths of </p> </p>532nm, 1030-1064nm.</p> </p>·The HR type objective lens is equipped with </p> </p>replaceable protective glass with thicknesses ranging </p> </p>from 1.6mm to 1.8mm.</p>

</p>·Long working distance objective lens with an infinite </p> </p>conjugate focal distance of 95mm</p> </p>·Chromatic aberration correction in the visible spectrum, </p> </p>suitable for coaxial observation and laser processing</p> </p>·Suitable for laser processing at 532nm, 1030-1064nm</p> </p>·Corresponding cover glass thicknesses are t=0, t=0.7, </p> </p>t=1.1, which can be achieved by replacing the</p> </p>appropriate protective lens holdert</p>

</p>·Long working distance objective lens with an infinite </p> </p>conjugate focal distance of 95mm</p> </p>·Chromatic aberration correction in the visible spectrum, </p> </p>suitable for coaxial observation and laser processing</p> </p>·Suitable for laser processing at 355nm, 532nm</p> </p>Corresponding cover glass thicknesses are t=0, t=0.7, </p> </p>t=1.1, which can be achieved by replacing the appropriate </p> </p>protective lens holder</p>

</p>·Infinite conjugate focal distance of 95mm</p> </p>·Chromatic aberration correction within the </p> </p>355-532nm spectrum</p>

</p>·Infinite conjugate parfocal distance is 95mm.</p> </p>·Corrected for chromatic aberration within the </p> </p>visible spectrum range of 400-700nm.</p> </p>·Field curvature corrected for an FN40mm field </p> </p>of view, providing clear edge imaging.</p> </p>·Long working distance</p>