The flagship of the Dhyana series scientific CMOS (sCMOS) cameras: Dhyana 90, which represents a significant breakthrough in advanced imaging technology. Featuring an all-new back-illuminated CMOS sensor, the Dhyana 90 delivers extraordinarily high quantum efficiency, making it the most sensitive life science sCMOS camera in the world. Dhyana 90 has the advantages of extremely low noise, high dynamic range, high frame rate and so on. It is well suited for ultra-low light detection, high dynamic range and high speed imaging applications, providing solutions for machine vision, life science, astronomy, etc
Dhyana 400D is equipped with a brand new 1.2 inch scientific CMOS sensor, which provide 70% quantum efficiency at 550nm. The 1.2 inch sensor size and 6.5 x 6.5um pixel size is more suitable for microscopy standard C-mount imaging. When comparing to other existing scientific CMOS camera products, Dhyana 400D has a hardware 2 x 2 binning function which make it superior sensitivity for low light imaging. Dhyana 400D has advantages of wide FOV, extremely low noise, high dynamic range, and high frame rate, and more more.
To meet the challenges of ultra-low light detection, high dynamic range and high speed imaging applications, Tucsen has released the newest Scientific CMOS_(sCMOS) camera: Dhyana 400A, which represents the most advanced imaging technology in the world. Compared to the traditional cooled CCDs, The Dhyana 400A has advantages of lower noise, higher sensitivity, wider dynamic range, faster read speed and much more. The Dhyana 400A is ideally suited for life science, physics, astronomy, etc, where ultra high performance is required. The release of Dhyana 400A brings a new breakthrough in the field of digital imaging.
Dhyana UV scientific CMOS camera, is equipped with a new back-illuminated CMOS sensor, which provides higher quantum efficiency and UV sensitivity compared to the conventional products. The Dhyana UV has advantages for extremely low noise, high dynamic range, high frame rate and much more. It is well suited to UV light detection on microscopy, industrial spectrum detection, bioscience, medical imaging, etc.
This 16 Megapixel CMOS camera features an FPGA Dual Processor FPGA1 for high definition image quality and FPGA2 for image transfer, guarantees superb quality images at high frame rates. The 16 Megapixel resolution sensor gives, remarkable representation of the finest details with no loss of image fidelity. The camera uses the latest USB3.0 standard, 5Gb/s ultra high speed data transfer, high efficiency and is easy to use. The DigiRetina 16 provides 16MP high resolution still image acquisition and video recording with sharp image quality and vibrant colour.
We are proud to be able to offer you the Tucsen TrueChrome IIS. The camera offers a standalone HD video and 5 MP still microscope imaging solution. Mouse control and built-in SD card slot (Mouse and SD card supplied) enables this device to be used without a PC and the results are outstanding. This equipment can bring a new dimension to the older microscope and it just as adaptable for any modern microscope with a c-mount port. The HDMI port allows connection to a HD panel for full 1080p at 60fps live video stream
The TrueChrome HD lite colour microscopy camera is a full featured, standalone, HDMI scientific imaging solution offering users a 1080p, 60 frame per second live preview with perfect color reproduction streaming directly to a monitor. The TrueChrome HD lite can be operated by connecting directly to a monitor without the need for a PC. Images can be captured and saved to the included microSD card, or the camera can be used as a standard USB 2.0 camera. The TrueChrome HD lite reacts to lighting changes in any life science, clinical or material applications. With video output via an HDMI connection, the on-camera buttons allow for easy access to features and settings.
For further information on Tucsen cameras call 01635 or email firstname.lastname@example.org
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