<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>·Available in a full range of specifications. </p> </p>·Meets the requirements of various scenarios.</p>

</p>·The main body features continuous zoom from 0.75X to 5.25X. A variety of magnification objectives are available to meet the requirements of different illumination scenarios. </p> </p>·Coaxial illumination provides a more uniform field of view. </p> </p>·It is applied to the surface inspection of metals, resins, etc., as well as online measurement in the semiconductor and microelectronics industries.</p> </p> Online measurement of sub</p>

</p>· A variety of magnification objectives are available to meet the requirements of different scenarios. </p> </p>·Coaxial illumination provides a more uniform field of view. </p> </p>·It is applied to the surface inspection of metals, resins, and other materials, as well as online detection in the semiconductor and microelectronics industries.</p>

</p>·Telecentric optical design, paired with plan semi-apochromatic objectives. </p> </p>·Professional DIC technology ensures uniform interference colors and clear images across the entire field of view. </p> </p>·It is applied to the inspection of fields such as LCD, OLED, PCB, FPC, and FPD.</p>

</p>·Combined with YAG laser objectives (355nm, 532nm, 1064nm), it can achieve high-precision micro-processing. </p>·It is applied in fields such as semiconductor processing and LCD repair. </p> </p>·It can be integrated into large-scale automated processing equipment or used with a simple stand.</p>