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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
MIC-TE Cooling USB2.0 USB3.0 CCD Camera
MIC-TE Cooling USB2.0 USB3.0 CCD Camera
MIC-TE camera adopts Sony Exview HAD CCD II sensor as the image-picking device with two-stage peltier cooling imaging chip to -50degreebelow ambient.This will greatly increase the signal to noise ratio and decrease the image noise. Smart structure is designed to assure the heat radiation efficiency and avoid the moisture problem.Electric fan is used to increase the heat radiation speed.
USB3.0 is used as the data transfer interfacet o increase the frame rate.
MIC-TE comes with advanced video & image processing application software; Providing Windows/Linux/OSX multiple platform SDK; Native C/C++, C#/VB.NET,DirectShow, Twain Control API;
The MIC-TE can be widely used in low light environment and microscope fluorescence image capture and analysis, as well as the astronomy application.
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-U3 CMOS USB3.0 Camera
MIC-U3 CMOS USB3.0 Camera
- U3CMOS is an ultra-high performance USB3.0 CMOS camera and it adopts ultra-high performance CMOS sensor as the image-picking device and USB3.0 is used as the data transfer interface.
- U3CMOS hardware resolutions rangefrom 3.0M to 14M and comewith the integrated zinc aluminum alloy compact housing.
- U3CMOS comes with advanced video & image processing application software; Providing Windows/Linux/ OSX multiple platforms SDK; Native C/C++, C#/VB.NET,DirectShow, Twain Control API;
- TheU3CMOS can be widely used in brightfield light environment and microscope image capture and analysis with higher frame rate.
MIC-U3CCD USB3.0 CCD Camera
MIC-U3CCD USB3.0 CCD Camera
MIC TECH U3CCD is an ExView HAD CCD series camera. It adopts Sony ExView HAD CCD sensor as the image-picking device. Sony ExView HAD CCD is a CCD that drastically improves light efficiency by including near infrared light region as a basic structure of HAD (Hole-Accumulation-Diode) sensor. MIC TECH uses EXCCD for simplicity. USB3.0 is used as the data transfer interface.
U3CCDhardware resolutions range from 2.8M to 6M and come with the integrated CNC aluminum alloy compact housing.
U3CCDcomes with advanced video & image processing application software; Providing Windows/Linux/ OSX multiple platforms SDK; Native C/C++, C#/VB.NET,DirectShow, Twain Control API;
The U3CCD can be widely used in bright field light environment and microscope image capture and analysis with higher frame rate.
MIC-U3P serials USB3.0 microscope camera
USB 3.0 Frame Color Product Introduction:
USB 3.0 frame color series camera is the USB 3.0 camera developed by MIC TECH, adhering to the product concept of MIC TECH: easy to use, stable and reliable, with good versatility, compatibility, and cost-effective. Helps you easily integrate your camera into your system. Especially suitable for stability, compatibility, volume, cost-effective applications with strict requirements, USB 3.0 frame color series outstanding large target highlights, restore realistic colors will become your best choice.
USB 3.0 Frame Color Series Camera Features:
1, 44 mm x 44 mm x 38.7 mm (excluding lens interface) small size
2, large target surface, high pixels, high sensitivity, ultra-low noise;
3, color reproduction realistic, image permeable, smooth and delicate;
4, support multiple cameras at the same time work;
5, support GENICAM interface protocol;
6, support Windows XP 32Bit, Windows 7 / 8 / 10 (32/64 Bit);
MIC-UT serials USB3.0 microscope camera
MIC-UT serials adopt USB3.0 interface, with external trigger function, built-in image buffer and ISP.Support TWAIN & Direct Show interface standards. MIC-UT series cameras support Linux system with UVC mode.Application: occasions requiring high speed imaging acquisition such as industrial inspection, machine vision, scientific research etc.
MIC-W USB3.0 16MP microscope camera
MIC-W USB3.0 16MP microscope camera
Feature
1、USB3.0 digital interface
2、Max resolution 4632*3488；
3、Can capture image area for partial image processing
4、Support SDK second development
MIC-W USB3.0 5MP microscope camera
MIC-W USB3.0 5MP microscope camera
MIC-WD16 USB 3.0 camera
MIC-WD16 USB 3.0 camera
MIC-WD2000 USB camera 20MP
MIC-WD2000 USB camera 20MP
MIC-WR USB 3.0 camera
MIC-WR USB 3.0 camera
MIC-WU3 USB 3.0 industrial camera
MIC-WU3 USB 3.0 industrial camera
MIC-X4K Series HDMI USB Camera
The MIC-X4K series camera is intended to be used for the acquisition of digital images from the stereo microscope and biological microscope. The basic characteristic is listed as below:
- Sony Exmorback illuminated CMOS sensor
- 4K HDMI/USB multiple video outputs
- 4K/1080P auto switching according to the display resolution
- SD card for the captured image and video storage
- Embedded XCamView for the control of the camera
- With strong ISP and other related processing functions
- MIC TECH S/MICLITEsoftware for PC
- MICLITEsoftware for MAC
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.
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.
