MA852 TC Plan Achromat F40X Objective ? for TC-5500 & TC5600 Epi-Fluorescence Series

N.A. 0.60, F.L. 5.0mm, W.D. 2.9mm
Meiji Techno MA852 TC Plan Achromat F40X Inverted Biological Microscope Epi-Fluorescence Objective is made to the highest Japanese quality and optical standards, utilizing an Infinity Tube Lens Design F=200mm. N.A. 0.60, F.L. 5.0 mm, W.D. 2.90 mm. Designed to meet the most advanced Epi-Fluorescence imaging requirements. The MA852 is designed for our TC5500CL or TC5500CW and TC5600CL or TC5600CW Series. This objective represents the culmination of Meiji Techno’s Optical Japanese technology. This objective offers increased brightness and the highest possible N.A. in its class for maximum light gathering ability. Designed to correct lateral and axial chromatic aberrations over the entire field of view. This objective produce images that are flat, crisp and clear with high contrast and optical resolution. This objective works with a wide array of applications. The stated magnification is based on a Tube lens of 200mm. DIN Standard mounting threads is 0.7965” (20.1MM) Diameter threads, 36 TPI (Threads per inch), 55° Whitworth. This objective is compatible with all Infinity Corrected Optical System.The MA852 TC Plan Achromat F40X Inverted Biological Microscope Objective lens is also an option in our TC-5500 and TC-5600 CoolLED Epi-Fluorescence Upright SeriesNote: Meiji Techno offers objectives made in our main factory by Meiji Techno in Saitama, Japan with strict ISO9001 standards and Japanese optical quality.  When choosing a proper microscope objective, it is important to keep in mind that objectives are designed to integrate with a particular microscope.  Before interchanging objectives, it is imperative to check the tube lens design and focal length and the threading type of the objective being replaced.  Please note that the optical performance of each objective may vary from the engraved specifications when integrated with components and systems from different microscope manufacturers.  Multiple optical factors including the microscope objective, tube lens and eyepiece together define the magnification of a system