Resolution 1920x1440 pixels; Peak Quantum Efficiency 50; Dynamic Range A/D 12 bit; Frame Rate 1603 fps; Exposure Time Range 1.5 µs - 40 ms; Optical Input F- and C-Mount; Data Interface GigE The pco.dimax cs3 camera excels in delivering exceptional image quality, thanks to its remarkable light sensitivity, making it well-suited for precise analysis and measurements. With rapid frame rates of up to 1603 fps and a resolution of 1920 x 1440 pixels, this high-speed camera offers intuitive control software for effortless playback and export of recorded slow-motion video sequences. Its versatility is enhanced by multiple lens mounts, including electronic lens control, HD-SDI video output, and automatic image calibration, making it a powerful solution adaptable to various demanding car safety applications. Key features: Designed for harsh and demanding applications, e.g. vehicle crash tests or microscopy experimentsCompact, lightweight and rugged form factorFlexibility to mount in a multitude of positionsOn-board or off-board use Applications: Vehicle crash tests, microscopy experiments

Back-illuminated sCMOS; Resolution 2048x2048 pixels; Maximum Frame Rate @ Full Resolution 40 fps; Maximum Pixel Rate 184 Mpixel/s; Maximum Dynamic Range 26,667:1, Shutter Type: Rolling Shutter, Global Reset; Sensor Cooling Air & Water The pco.edge 4.2 bi UV expands upon the established pco.edge series of scientific CMOS cameras by incorporating modern back-illuminated sensor technology. Offering a resolution of 2048 x 2048 pixels and a pixel size of 6.5 x 6.5 μm², it delivers high-quality imaging capabilities. Its customized input window enables effective utilization in ultraviolet imaging applications, ensuring notable quantum efficiency within the UV wavelength range. Key features: Adjustable cooling system, ready for air or water Sensor can be cooled down to -25°C, reducing dark current to 0.2 e-/pixel/s USB3.1 interface Applications: Brightfield and fluorescence microscopy, digital pathology, calcium imaging, FRET, FRAP, SIM, LSFM, ophthalmology, biochip reading, bio and chemo luminescence

Resolution 1008x1008 pixels; Modulation Frequency 5 kHz - 40 MHz (out), 500 kHz - 40 MHz (in); Peak Quantum Efficiency 39%; Dynamic Range A/D 14 bit pco.flim is the first frequency domain (FD) FLIM camera employing a two-readout-tap per pixel CMOS sensor. This innovation allows for synchronized modulation of pixels and stimulated light, facilitating the analysis of luminescence decay times ranging from sub-nanoseconds to microseconds. Boasting a resolution of 1008 x 1008 pixels, the pco.flim achieves a maximum readout speed of 45 double frames per second and supports a modulation frequency range of 5 kHz to 40 MHz. Its adaptable coupling and straightforward setup make it the ideal choice for widefield FD-FLIM instruments. Key features: Flexible coupling to any microscope or lens via C-Mount USB 3.0 interface for easy computer connection pco.flim laser available Applications: Together with pco.flim laser suitable for wide-field epifluorescence microscope illumination, Total-Internal-Reflection-Fluorescence (TIRF) microscopy, light sheet fluorescence microscopy (LSFM) and confocal spinning disk microscopy  

Back-illuminated sCMOS; Resolution 2048x2048 pixels; Maximum Frame Rate @ Full Resolution 40 fps; Maximum Pixel Rate 184 Mpixel/s; Maximum Dynamic Range 26,667:1, Shutter Type: Rolling Shutter; Sensor Cooling passive Utilizing sCMOS technology, the pco.panda 4.2 bi is a back-illuminated camera boasting a remarkable quantum efficiency of up to 95%. This feature renders the camera exceptionally suitable for demanding low-light imaging applications, eliminating the necessity for active cooling. Equipped with a 2048 x 2048 pixel sCMOS sensor and a 6.5 x 6.5 μm pixel size, our ultra-compact pco.panda 4.2 bi ensures enhanced detail, resulting in high-quality images. Key features: USB 3.1 interface for faster data transfer and operation without external PSU Ideal for low-light applications Ultra-compact packaging for a variety of applications Applications: Various microscopy and life science applications  

Spectral Range 350-1700nm; Resolution 1280x1024 pixels; Maximum Pixel Rate 93 Mpixel/s, Maximum Dynamic Range 680:1; Global Shutter, Peltier Cooling with Forced Air The Excelitas pco.pixelfly™ 1.3 SWIR is recognized for its high-performance capabilities in machine vision, attributed to its specialized InGaAs image sensor designed to capture images across the shortwave infrared (SWIR), near infrared, and visible spectrum. It demonstrates notable sensitivity across the entire spectral range, reaching up to 90% sensitivity in the shortwave infrared band. Its small pixel size enables the utilization of compact magnification optics for microscopy, while also maintaining low dark current levels for prolonged exposure times. Key features: High sensitivity Wide spectral range Robust Design High Resolution Versatile Applications: Low-light imaging, industrial inspection, material analysis, and scientific research