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MVV5000C C-mount USB digital microscope camera with dual image formats

MVV5000C C-mount USB digital microscope camera with dual image formats 2592*1944 active pixels  5MP C-mount adapter 8 languages software Picture resolution:2592*1944 Video resolution:2592*1944 Frame rate:10fps@ 2592*1944 Image formats:MJPG and YUY2 32, 64 bit windows8, MAC CE, FCC, RoHS proved
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MX1000 Inverted Metallurgical Microscope

MX-1000 big inverted metallurgical microscope  has wide field eyepieces and simple polarization observation device, the Kohler illuminator is used in the transmitted and reflected illuminating system, the whole field is clear and uniformity. It is suitable for inspecting, such as semiconductor silicon wafer, LCD floor plate, electrocircuit plate, solid powder and all kind of industry sample that translucent or opaque. It is the ideal instruments in research work in biology, metallography, mineralogy, precision engineering, electronics, etc. Features
  1. Adopt infinity optical system and modularization function design.
  2. Long W.D bright or dark field plan objectives (no cover glass), the field of view is widely and clear.
  3. Wide-field plan eyepieces: field number Ф22mm.
  4. Coaxial coarse/fine focus system, with tensional adjustable and up stop, minimum division of fine focusing: 2μm.
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MX200 Inverted Metallurgical Microscope

MX200 inverted metallurgical microscope  has wide field eyepieces and simple polarization observation device, the Kohler illuminator is used in the transmitted and reflected illuminating system, the whole field is clear and uniformity. It is suitable for inspecting, such as semiconductor silicon wafer, LCD floor plate, electrocircuit plate, solid powder and all kind of industry sample that translucent or opaque. It is the ideal instruments in research work in biology, metallography, mineralogy, precision engineering, electronics, etc. Features
  1. Adopt infinity optical system and modularization function design.
  2. Long W.D bright or dark field plan objectives (no cover glass), the field of view is widely and clear.
  3. Wide-field plan eyepieces: field number Ф22mm.
  4. Coaxial coarse/fine focus system, with tensional adjustable and up stop, minimum division of fine focusing: 2μm.
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MY-1 Spectrum of Abrasive Belt Grinding Machine

MY-1 Spectrum of Abrasive Belt Grinding Machine Introduction: In the metallographic sample preparation and spectral analysis application, the grinding is an essential and important procedure. MY-1 is made of fully enclosed stainless steel. There is a water tank below the abrasive belt which could take the dirt into the water. It can adjust the tightness of the abrasive belt, which is easy to operate and maintain, safe and reliable. Therefore it is the ideal equipment for the metallographic sample preparation.
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MY-2A spectrum abrasive belt grinding machine

MY-1 Spectrum of Abrasive Belt Grinding Machine Introduction: In the metallographic sample preparation and spectral analysis application, the grinding is an essential and important procedure. MY-1 is made of fully enclosed stainless steel. There is a water tank below the abrasive b Grinding is the necessary working procedure before spectral measurement in the preparation of spectrum specimen. MY-2A spectrum abrasive belt grinding machine is made of fully enclosed stainless steel. There is a vacuum cleaner below the abrasive belt, which could suck the dust into the bag so that there would not be dust in the air. It is the new product developed according to numerous market research, many service conditions and merits of different grinding machine. The operational principle: The motor drives the main rolling drum through the triangular belt. And then it drivers the slave drum by abrasive belt. The abrasive belt moves straightly. The sample can be grinded to satisfy the spectral measurement demand on the abrasive belt. elt which could take the dirt into the water. It can adjust the tightness of the abrasive belt, which is easy to operate and maintain, safe and reliable. Therefore it is the ideal equipment for the metallographic sample preparation.
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MZ mono continuous zoom microscope

Magnification: 0.7X-4 5X (Zoom ratio 6.5:1) Work distance, 90(mm) Focus adjustment: 0-3mm CCD camera which can be connected to 1/3", 1/2" . 2/3" Connected to 2/3" CCD camera, the field of vision scope in standard configuration: 15.7-2.44 mm
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MZD mono continuous zoom microscope

Magnification: 0.2X-1.2X Magnification: 0.3X-1.8X Magnification: 0.7X-4.5X
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N-180M serials biological microscope

Product Description The microscope features ingenious stand, backward nosepiece and flexible setout. It is suitably used in biological, pathological, bacterial, histological, immune and genetic fields.
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NC-117M comparison microscope

NC-117M comparison microscope is a device used to analyze side-by-side specimens. It consists of two microscopes connected to an optical bridge, which gives you the choice of four different observation modes: full right image, full left image, split-image comparison and overlapping mode. NC - 117M comparison microscope is designed for identifying objects structure, comparing similarities and differences between specimens, such as pathological slides, biological slides and so on. It is an ideal instrument for teaching、biological and medical field.
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NDX-1 Transmission type centering error inspection system

NDX-1 Transmission type centering error inspection system This microscope is designed for centering of test lenses. Capable to read with high accuracy for centering of doublet lenses and direction of gap in decentering. This model is developed having a wider measuring range and easier adjustment in the collimator lens. And test all lens with focus distance from -200-+500mm, best choice for optial lens processing and calibration on concentricity deviation between the optical axis of spherical lens and external circle.
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NFX-2A Reflection type centering error inspection system

NFX-2A Reflection type centering error inspection system Description: This microscope is designed for centering of test lenses. Capable to read with high accuracy for centering of doublet lenses and direction of gap in decentering. This model is developed having a wider measuring range and easier adjustment in the collimator lens.