Leo 3243
The LEO 3243 is Tucsen’s cutting-edge solution for low-light and high-throughput imaging. Powered by the latest stacked BSI sCMOS technology, it delivers exceptional performance with 43 MP HDR imaging at 100 fps, enabled by its high-speed 100G COF interface. Featuring 3.2 μm pixels and 24ke⁻ full-well capacity, the LEO 3243 redefines the balance between pixel size and full-well capacity, making it the ideal choice for today’s sophisticated scientific imaging systems.
The LEO 3243 uses a stacked BSI sCMOS sensor which allows the capture up to 10x more signal per exposure than a classical sCMOS using similar pixel size. Delivering your system both the desired spatial resolution combined with dynamic range to cope with any variation in signal.
The LEO series breaks the speed-to-data limits of sCMOS. In the case of the 3243 delivering 43 Million pixels at a staggering 100 fps. Combined with the physical area this speed delivers the ultimate solution for those seeking to maximise their instruments throughput.
The LEO 3243 has been designed to be the smallest, large-format sCMOS camera available, ensuring you maximise the space efficiency within your instrument. The LEO 3243 also delivers greater choice for temperature control with options for air, liquid or passive cooling.
BSI TDI sCMOS camera designed for low light and high speed inspection.
High resolution, high speed, large field of view imaging with the benefits of Global Shutter.
Ultra-large FSI sCMOS camera with CXP high-speed interface.