Dimensions

 

Specification

UPC Code	MSS-9020
Optical system characteristics	Infinitely corrected
Correction level of chromatic aberration	Apochromat
Observation method	Bright field
Magnification [X]	20
Focal length [mm]	10
Numerical aperture(NA)	0.42
Working distance(WD)[mm]	20
Resolution [um]	0.65
Field of view number	24
Focal depth±D.F.[um]	1.56
Objective field number [mm]	1.2
Parfocalizing distance [mm]	95
Type of screw thread	M26X0.706
Weight [g]	377

Achieve superior infrared imaging with this advanced Microscope infrared objective lens from China, designed for researchers and industrial professionals requiring precise near-infrared observation. The M Plan Apo NIR 20X model features apochromatic correction that minimizes chromatic aberration across infrared wavelengths, providing clear, high-contrast images with 0.42 numerical aperture and 20mm working distance. This reliable quality Microscope infrared objective lens offers infinite optical correction compatibility with standard microscope systems, delivering 0.65μm resolution with 1.2mm objective field for detailed sample examination. Scientists and engineers appreciate the consistent performance that enables accurate material analysis, semiconductor inspection, and biological research in near-infrared spectrum applications.

The optical engineering ensures exceptional performance in demanding laboratory environments. With 20X magnification and 10mm focal length, this precision quality Microscope infrared objective lens maintains excellent image quality while providing sufficient working distance for various sample types. The standardized M26X0.706 thread and 95mm parfocal distance ensure compatibility with most modern microscope frames, facilitating straightforward integration into existing systems. This versatile Microscope infrared objective lens from China serves multiple applications including failure analysis, infrared fluorescence imaging, and specialized materials characterization where conventional visible-light objectives cannot provide the necessary penetration or contrast for effective sample evaluation.