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MIC-T16 Series USB3.0 microscope camera

MIC-T16 Series microscope camera The combination of a USB3.0 high speed data interface, CMOS sensor and built-in ISP image processing engine,results in spectacular image quality at very stable high frame rates. Perfect Color Reproduction USB3.0 High-speed interface
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MIChrome USB3.0 microscope camera

MIChrome USB3.0 microscope camera With MIC Tech's ISP color reduction algorithm, we can improve the color deviation of the sensor's spectral response, simulate the sensitivity of the human eye to the color, and restore real color of the sample under the microscope. No matter with biological bright field, stereo or fluorescent microscope, you will have original view of the sample.
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MIC-PAD960 microscope pad 11.6 inches

MIC PAD960 adopts Panasonic IPS LCD panel(Super TFT) to guarantee the wide view angle and high contrast. Together with HDMI camera, MIC PAD860 could make the imaging & display solution simple, flexible and intuitive. Outstanding performance of MIC PAD960 helps the HDMI camera reach fast frame rate and excellent color. MIC PAD960 basic characteristic is as follows HDMI monitor; Panasonic IPS LCD panel; True 1080P; High contrast ratio up to 1000:1; LED backlight with 50000 hours long life time; 11.6 inch active area;
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MIC-T 1.32MP super low readout noise camera

MIC-T 1.32MP super low camera Professional weak optical high speed imaging camera They have very low readout noise level and good performance of the sensitivity,to bring you pure and beautiful picture quality, and perfect combination of sensitivity and speed. Is the pursuit of the details of the performance, high-speed and weak optical imaging applications rare tools.
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MIC-TH CCD microscope camera

MIC-TH CCD microscope camera 1.4MP 6MP
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MIC-TH CMOS microscope camera

MIC-TH CMOS microscope camera

3mp 5mp 10mp

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MIC-FL-20 USB3.0 20MP microscope camera

MIC-FL-20 USB3.0 20MP microscope camera

20 megapixels, capturing high-definition detailed images in one shot

 

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MIC-FL-20BW USB3.0 20MP cooled microscope camera

MIC-FL-20BW USB3.0 20MP cooled microscope camera

FL-20BW camera, which achieves the same level of CCD as the dark current noise and cost performance. At the same time it has the typical characteristics of CMOS: lower readout noise and faster speed. It is a camera with the most comprehensive performance. Features 20 Megapixels, Capturing High Resolution Images at Once Advanced Cooling Technology Reduces Dark Current Down to 0.001e-/pixel/s High SNR, Balanced with Exposure Time
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MIC-GT USB2.0 microscope camera

MIC-GT USB2.0 microscope camera

Innovative technology, the USB2.0 frame rate is greatly improved whilst maintaining the fidelity of the original image output. Simple and economical microscopy imaging. USB2.0 frame rate is greatly improved Perfect color reproduction
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MIC-AF HDMI microscope camera

MIC-AF HDMI microscope camera

Built-in mouse control for autofocus and image measurement operations Compatible with Mosaic V2.0 Computational Imaging Software Built-in mouse control for autofocus and image measurement operations Compatible with Mosaic V2.0 Computational Imaging Software  
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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
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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.