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MIC-M65 fixed zoom telecentric microscope

Fixed zoom:0.5X,0.8X,1X,1.5X,2X,2.5X,3X,4X,6X,8X. WD65MM Compact design Greater depth of field Multi-Lens variety selection MIC-M65 fixed zoom stereo telecentric lens microscope WD65mm  
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MIC-M65HR fixed zoom telecentric microscope

Fixed zoom:0.5X,0.8X,1X,1.5X,2X,2.5X,3X,4X,6X. WD65MM Compact design Greater depth of field Multi-Lens variety selection MIC-M65HR HIGH RESOLUTION fixed zoom stereo telecentric lens microscope WD65mm  
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WD65mm mono fixed zoom microscope

Fixed zoom: 0.3X,0.5X,0.8X,1X,1.5X,2X,4X,6X, The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD65mm(DXT03-DXT1)Telecentric microscope

Fixed zoom: 0.3X,0.5X, 0.8X,1X,WD65MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD65mm(DXT1.25-DXT3)Telecentric microscope

Fixed zoom: 1.25X,1.5X, 2X,3X,WD65MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm
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WD65mm(DXT4-DXT8)Telecentric microscope

Fixed zoom: 4X,5X, 6X,8X,WD65MM The depth of field is the value of parsing images if you user 1/2" CCD camera and monitor for level 320 line (imaging surface concessional confusion circumference:40) Resolution is the theory resolute on of wavelength in 550nm