Large format sCMOS designed for high-resolution imaging combined with stacked BSI technology delivering high speed and high full well capacity.

Overview
The LEO 3243 represents Tucsen’s latest advancement in low-light, high-throughput imaging technology. Leveraging cutting-edge stacked BSI sCMOS technology, this camera delivers unparalleled performance with 43 MP HDR imaging at an impressive 100 fps. Its high-speed 100G COF interface ensures efficient data transmission, while the 3.2 μm pixel size and 24ke⁻ full-well capacity strike an ideal balance between resolution and dynamic range, making it perfect for modern scientific imaging applications.

Revolutionary Stacked BSI sCMOS Technology
The LEO 3243 is equipped with a stacked BSI sCMOS sensor that captures up to 10 times more signal per exposure than traditional sCMOS sensors of comparable pixel size. This advanced design combines superior spatial resolution with exceptional dynamic range, enabling accurate imaging across a wide range of signal intensities.

Unmatched Speed: 100 fps at 43 MP
Breaking through traditional speed limitations of sCMOS cameras, the LEO 3243 achieves an astonishing 100 frames per second while maintaining a resolution of 43 megapixels. Its large sensor area and high-speed performance make it the ideal solution for applications requiring maximum throughput without compromising image quality.

Compact and Efficient Cooled Design
The LEO 3243 is engineered for compactness, standing as the smallest large-format sCMOS camera on the market. This space-efficient design enhances instrument integration. Additionally, it offers flexible cooling options—air, liquid, or passive cooling—to meet the diverse requirements of various scientific setups.

The LEO 3243 combines innovation, performance, and versatility, setting a new benchmark for scientific imaging systems.

For more information see the product page

Estimated delivery 3 weeks