high-speed camera

NegotiableUpdate on 06/30

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The highly sensitive and ultra high speed camera NEO 20 adopts a 20 μ m large pixel+85% QE BSI chip, which can achieve high-speed imaging with only 10lux illumination, bidding farewell to tedious supplementary lighting. Combustion diagnosis, bioluminescence, underwater high-speed imaging, photosensitive material testing instruments.

Product Details

NEO serieshigh-speed cameraAs a high-performance transient imaging device, the core is equipped with a new generation of back illuminated BSI sensor, relying on optimized photosensitive structure and exclusive hardware tuning, integrating high photosensitive sensitivity and large-sized pixel dual core design, breaking through the imaging limitations of traditional high-speed cameras in low light environments. Even under harsh lighting conditions such as low light and low light, it can stably achieve high-definition high-speed imaging, eliminate problems such as excessive image noise, loss of details, and blurred shadows, firmly capture every subtle dynamic image, and balance imaging clarity and shooting frame rate, laying a solid foundation for various high-precision observation scenes.

In terms of core frame rate performance, this device has the ability to adapt and support 25000 fps full frame uncompressed shooting, allowing for full speed recording without the need to crop the image; For special scenarios that require frame rates, the ROI region selection function can unlock a million level ultra-high frame rate mode, adapting to the precise capture of microsecond level ultra fast transient processes. Even the microscopic dynamics that are fleeting and cannot be captured by the naked eye can be clearly frozen and fully recorded, meeting the requirements of high-precision observation.

The equipment is equipped with a dedicated high-speed storage system, coupled with an efficient data transmission and processing architecture, supporting synchronous recording and exporting modes, significantly reducing data turnover time, effectively improving the overall efficiency of experiments and testing, and avoiding data backlog that may delay subsequent analysis work. At the same time, its photosensitive band covers a wide spectral range from ultraviolet to near-infrared, breaking through the limitations of conventional visible light imaging and adapting to the light collection needs of more special scenes. With comprehensive and balanced performance, the NEO series covers two major fields: scientific research exploration and industrial testing. It can be stably applied in scenarios such as combustion diagnosis, fluid dynamics measurement, explosion process analysis, and dynamic monitoring of precision components, becoming the core equipment for ultra fast dynamic process observation.