LBTEK's high-resolution cooled cameras feature a USB 3.0 data transmission interface, with pixel counts ranging from 9 to 26 megapixels and a quantum efficiency of up to 92%. They are characterized by high quantum efficiency and low noise. Among them, the RN2000RC-U is a color camera suitable for color fluorescence imaging, while the other three models are monochrome cameras. The optical interfaces include M42 and C-Mount types. All four sides of the cameras are equipped with 1/4-20 threaded holes, allowing each side to serve as a mounting surface for convenient installation in free-space applications. For the three cameras with a C-Mount optical interface, they can be integrated into a 30 mm coaxial system using SM1 threaded adapters, such as the SM1-CC, to connect to SM1 coaxial mounting plates or SM1 lens tubes.

LBTEK's high-sensitivity camera is equipped with a 6 μm large-pixel sensor, perfectly matching the ideal pixel size of High NA microscope objectives, effectively balancing the requirements of high spatial sampling rate and high sensitivity. The camera utilizes a USB3.0 data transmission interface, with pixel options covering 2 million and 4 million, both being monochrome sensors. The optical interface type is C-Mount, which can be connected via SM1 threaded adapters, such as SM1-CC, to SM1 coaxial mounting plates or SM1 lens tubes, enabling integration into a 30mm coaxial system. The camera features 1/4-20 threaded holes on all four sides, allowing each side to serve as a mounting and positioning surface, facilitating installation in free-space applications.

LBTEK's high-speed cooled cameras utilize a 10G GigE data transfer interface to achieve high-speed imaging, with imaging speeds several times faster than USB3.0. The maximum full resolution speed can reach up to 100 fps @12 bit and 164 fps @ 8 bit, significantly enhancing the batch data throughput efficiency of instrument systems. The pixel options include 5 megapixels and 12 megapixels. The optical interface type is C-Mount, which can be connected to SM1 coaxial mounting plates or SM1 lens tubes via SM1 threaded adapters, such as SM1-CC, for integration into 30mm coaxial systems. The camera features 2×M3 threaded holes on all four sides, allowing each side to serve as a mounting and positioning surface, facilitating installation in free-space applications.