Microscope Camera
MTR3CCD Series
U3CCD Series
EXCCD Series
Semiconductor cooling for microscope C connected to USB 3.0 CCD camera
* Scientific level professional camera based on SONY CCD sensor;
* A high-performance TE cooling structure designed by a dual level professional, with a flexible structure and fast heat dissipation speed. The temperature can be controlled arbitrarily, with a maximum temperature drop of 50℃ ;
* Exquisite anti fogging structure ensures that the sensor surface will not become foggy under ultra-low temperature conditions;
* IR-CUT dual AR film protective glass (optional）
* High speed USB3.. 0 interface, with a transmission speed of up to 5Gbits/s;
* Support precise exposure control technology for up to 1 hour;
* Support capturing single or multiple frames of images in the same software/hardware trigger mode as video
USB 3.0 CCD Camera for Microscope
* C-interface CCD camera using SONY ExView technology;
* Integrated CNC aluminum alloy shell;
* FPGA controls precise exposure for up to 1 hour, ensuring the capture of weak fluorescence images;
* USB3.0 5Gbit/s interface ensures high video transmission rate
USB 2.0 CCD Camera for Microscope
* C-interface CCD camera using SONY ExView technology;
* Aluminum alloy CNC precision processing oxidation shell;
* FPGA precise control, supporting up to 1 hour of long exposure, ensuring the capture of weak fluorescence images;
* USB2.0 interface ensures high transmission rate;
UHCCD Series
MAX Series
MTR3CMOS Series
USB 2.0 CCD Camera for Microscope
* C-interface CCD camera using SONY Super HAD technology;
* One body CNC processed aluminum alloy shell, beautiful and elegant;
* FPGA precise control supports up to 4 minutes of long exposure, ensuring the capture of weak fluorescence images;
* USB2.0 interface ensures high transmission rate;
* Provide a Windows/Linux/OSX multi platform SDK;
* Supports native C/C++, C #/VB.NET, Directshow, Twain APIs
Semiconductor cooled USB3.0 CMOS camera for microscopy
* Scientific professional camera based on SONY Exmor CMOS or GSENSE series full-frame digital SLR or large pixel light-sensitive chip;
* A high-performance TE cooling structure designed by a dual level professional, with a flexible structure and fast heat dissipation speed. The temperature can be controlled arbitrarily, with a maximum temperature drop of 50℃;
* The working temperature of the sensor can be adjusted to the expected temperature within 5 minutes;
* Exquisite anti fogging structure ensures that the sensor surface will not become foggy under ultra-low temperature conditions;
* IR-CUT or dual AR film protective glass (optional)
* M52 x0.75 or C interface
* High speed USB 3.0 interface, with a transmission speed of up to 5Gbits/s;
* Support precise exposure control technology for up to 1000 seconds;
* Built in up to 16bit ISP module
* Built-in 2D denoising function
* Built-in sharpening function
Dual stage semiconductor deep cooling temperature controllable C interface USB3.0 CMOS camera
* Scientific level professional camera based on SONY Exmor CMOS sensor;
* A high-performance TE cooling structure designed by a dual level professional, with a flexible structure and fast heat dissipation speed. The temperature can be controlled arbitrarily, with a maximum temperature drop of 40 degrees;
* Exquisite anti fogging structure ensures that the sensor surface will not become foggy under ultra-low temperature conditions;
* IR-CUT dual AR film protective glass (optional
* High speed USB3.0 interface, with a transmission speed of up to 5Gbits/s;
* Support precise exposure control technology for up to 1 hour;
* High dynamic range, with some reaching 16bit;
* Support capturing single or multiple frames of images in the same software/hardware trigger mode as video;
CTR3CMOS Series
BIGEYE Series
E3ISPM Series
Series dual stage semiconductor deep cooling temperature controllable C interface USB3.0 CMOS camera
* Scientific level professional camera based on SONY Exmor CMOS sensor;
* A professionally designed high-performance TE cooling structure with a compact structure and fast heat dissipation speed. The temperature can be controlled arbitrarily, with a maximum temperature drop of 25℃;
* Exquisite anti fog structure ensures that the sensor surface will not fog under low temperature conditions;
* IR-CUT dual AR film protective glass (optional
High speed USB3.0 interface, with a transmission speed of up to 5Gbits/s;
* Support precise exposure control technology for up to 5 minutes;
* Support capturing images in video mode or trigger mode;
* Support external IO synchronization trigger mode
USB3.0 CMOS camera for microscopy
* M42x0.75 interface CMOS USB3.0 camera with Sony Exmor CMOS or GSENSE backlight sensor;
* Adopting parallel A/D conversion technology to achieve ultra-low noise and low power consumption;
* The hardware resolution ranges from 4.2M to 10.3M and more;
* Real time 8/12 bit switching, any ROI size；
* Zinc aluminum alloy precision CNC shell；
* USB3.0 interface ensures high transmission rate
C-interface USB 3.0 CMOS hardware ISP camera
* A C-interface CMOS USB3.0 camera using Sony Exmor CMOS backlight sensor;
* Adopting parallel A/D conversion technology to achieve ultra-low noise and low power consumption;
* Real time 8/12 bit switching, with any ROI size;
* Zinc aluminum alloy precision CNC shell;
* USB3.0 interface ensures high transmission rate
U3ISPM Series
E3CMOS Series
L3CMOS Seires
Built in hardware ISP and fine video streaming color engine C interface USB3.0 CMOS camera
* A C-interface CMOS camera using Aptina/Panasonic CMOS sensors;
* USB3.0 interface ensures high transmission rate;
* Built in hardware ISP Ultra-Fine color engine ensures accurate color reproduction；
* Low computer CPU usage and ultra-high frame rate;
* Aluminum alloy CNC precision machining oxidation shell
C-interface USB3.0 CMOS camera
* A C-interface CMOS USB3.0 camera using Sony Exmor CMOS backlight sensor;
* Adopting column parallel A/D conversion technology to achieve ultra-low noise and low power consumption;
* Real time 8/12 bit switching, with any ROI size;
* Zinc aluminum alloy precision CNC shell;
* USB3.0 interface ensures high transmission rate
C-interface USB3.0 CMOS camera
* A C-interface CMOS camera using Aptina CMOS sensors;
* Integrated high-capacity memory chips on the board ensure synchronous data transmission, high frame rate, and stability;
* Efficient heat dissipation structure ensures low noise images;
* USB 3.0 interface ensures high transmission rate;
U3CMOS Seires
C3CMOS Series
S3CMOS Series
C-interface USB 3.0 CMOS hardware camera
* A C-interface CMOS camera using Aptina CMOS sensors;
* Aluminum alloy CNC precision machining oxidation shell;
* USB 3.0 interface ensures high transmission rate;
Built in hardware ISP and fine video streaming color engine C interface USB 3.0 CMOS camera
* A C-interface CMOS camera using Aptina/Panasonic CMOS sensors;
* USB 3.0 interface ensures high transmission rate;
* Built in hardware ISP Ultra-Fine color engine ensures accurate color reproduction；
* Lower computer CPU usage and ultra-high frame rate；
* Aluminum alloy CNC precision machining oxidation shell
USB 3.0 CMOS eyepiece barrel camera
* A 23.2mm diameter microscope eyepiece cylindrical camera with a compact structure;
* Equipped with 23.2 to 30mm and 23.2 to 30.75mm adapter tubes, it can also be used for stereomicroscopes;
* A C-interface CMOS camera using Aptina CMOS sensors;
A camera that can be expanded into a C interface or CS interface;
* USB 3.0 interface ensures high transmission rate;
* Automatic white balance and automatic exposure;
* Adjustable brightness, contrast, color, and saturation;