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MIC-GM microscope video eyepiece
MIC-GM serials cmos digital video eyepiece
0.1MP pixel cmos digital video eyepiece
To equip 0.10MP color CMOS sensor, and to operate at normal PC without high specifications, the resolution of 320*240 is suitable for determining the nature of sample by viewing, recording and analyzing, it is a primary model.
MIC-GA microscope video eyepiece
MIC-GA composed of built in matching optical system, 1/3 inch color CMOS sensor module, AV cable and power adapter, is applied to display images captured by microscope on TV set or monitor or projector for public view. The built in lenses offer 10 times optical magnification. TV system (P or N) and power supply model will be confirmed on client s demand. In comparison with digital eyepiece, MIC-GA is more convenient in operation, because on software is needed to install.
MIC-YW1600 1″ CCD microscope camera 16MP
MIC-YW1600 1" CCD microscope camera adopts MIC TECH’S new technology and performance standard. The smallest dimension among peers for scientific imaging makes it perfect for micro image capture.
ultra-high quantum efficiency
1" Sensor area
1.335um*1.335um pixel size
100Ke- full-well capacity
Faster readout by doubling speed
1" area, large field of view
The 1" array can not only adapt to more optical interfaces and deliver a greater field of view, but also results in fewer lens switches to find the area of interest on the sample.
MIC-U UN-cooled Camera USB3.0 microscope camera
MIC-U UN-cooled Camera
The MIC-U series is designed to meet the needs of customers in more fields. It is designed specifically for industrial environments. The camera's shape has been optimized to be compact and robust.
Features
Scientific Image Sensor
Industrial size
Ultra-low light imaging
MIC-D95V2 USB3.0 microscope camera
MIC-D95V2 adopts MIC TECH’S new technology and performance standard. The smallest dimension among peers for scientific imaging makes it perfect for demanding compact space. The water-cooling method and CameraLink interface apply the camera for conditions requiring high stability.
Features
95% ultra-high quantum efficiency
2" Sensor area
11um x 11um pixel size
100Ke- full-well capacity
Air/Water cooling
USB3.0/CameraLink
MIC-D40DC USB3.0 microscope camera
MIC-D40DC
By combining their legendary color processing technology with the capabilities of the latest generation SCMOS sensors, MIC TECH have created a paradigm shift in color camera performance. The launch of the MIC-D40DC, thanks to its sensitivity, perfect color reproduction and impressive noise minimization, results in a new capability which has formerly been unavailable in the field of scientific imaging.
High Sensitive color
Perfect 16bit color reproduction
Peltier cooled device
SCMOS Camera with True Color
MIC-D40D USB3.0 microscope camera
MIC-D40D is equipped with a brand new 1.2 inch scientific CMOS sensor, which provide 80% quantum efficiency at 600nm. The 1.2 inch sensor size and 6.5X6.5um pixel size is more suitable for microscopy standard C-mount imaging.
When comparing to other existing scientific CMOS camera products, MIC-D40D has a hardware 2X2 binning function which make it superior sensitivity for low light imaging.
MIC-D4BSI USB3.0 microscope camera
The new MIC-D4BSI achieves a paradigm shift on multiple core metrics such as sensitivity, speed and resolution. Not only does it have a 95% super-high quantum efficiency, but also achieves breakthroughs in key technologies that deliver a readout noise of less than one electron from a smaller 6.5um pixel size, that enables greater performance in, for example, ultra-high resolution microscopy.
95% @ 550nm, super-high quantum efficiency
<1.0e-@CMS, ultra-low readout noise
Built in signal enhancement algorithm
6.5μm size, higher image resolution
MIC-TC4Kpro HDMI microscope camera
MIC-TC4Kpro HDMI microscope camera
The ideal camera pixel refers to the pixel size that is just big enough to resolve the optical resolution of a microscope. But in order to fully performs the optical efficiency of microscope, the real adopted camera pixel size should be smaller than ideal. The smaller pixel size, the higher resolution. Shown as below diagram: take the incident wavelength of 450nm for example, the adopted camera pixel size should be smaller than 2.8um pixel size which corresponds to 4 multiples of minimum objective lens. Under same 2/3 FOV, the actual resolution of a 1080P (1920 ×1080) camera is only equal to 4.6um(=8.8mm/1920), and it barely meet the demands of 40X and 60X objective lens,while 4K (3640×2160) is about 2.3um(=8.8mm/3640), totally meeting the demands of all objective lens and making the optical lens work at its best efficiency. No matter it is equipped with 4K or 1080P monitor, it can get higher resolution results.
MIC-AFM HDMI microscope camera 6mp 2mp
MIC-AFM HDMI microscope camera
MIC-AFM camera is with built-in digital image measurement system integrates freehand lines, rectangle, polygon, circle, bicircle, angle and point-line distance ect. Measurement tools which will meet multiple measurement requirements in different applications. And the unprecedented calibration and magnification functions make the measurements more convenient and simple. Features 1.Integrated digital Image measurement System 2.Multiform measurement tools 3.Micron level measurement accuracy 4.Measurement for various applications 5.Convenient measurement data management 6.The continuation of the MIC-AF heritage
