646+ camera models · datasheets included
Source advanced sCMOS scientific sensors, shortwave infrared (SWIR) cameras, smart autofocus imaging systems, and cooled CMOS camera solutions for precision microscopy.
646+
Camera Models
Each with its own spec page
400–1700 nm
Spectral Response
UV, Visible & Shortwave IR
Up to 90%
Peak QE
High sensitivity sCMOS
HDMI / USB3
Interface Formats
GigE & Camera Link options
Already have a sensor in mind? Compare the camera implementations by interface, cooling and recording speed before selecting a model.
Deep-sky astronomy, 10GigE & analytical imaging
Microscopy, inspection and astronomy
Square-format imaging
USB3 and GigE camera configurations
Compare cameras with 9 µm pixels
Large-format scientific imaging
Low-light scientific imaging
Product Catalog Directory
Browse cooled scientific detectors, thermal infrared area arrays, and standalone imaging solutions.

Back-Illuminated & Cooled sCMOS
High-performance sCMOS cameras for astronomy, fluorescence imaging, spectroscopy, and low-light scientific research.

Shortwave Infrared (400–1700 nm)
InGaAs area array cameras for shortwave infrared imaging, semiconductor inspection, sorting, and hyperspectral setups.

4K Standalone & Autofocus CMOS
HDMI smart cameras with built-in measurement software, autofocus capability, and on-board image processing.

USB3 Microscopy Starvis CMOS
High sensitivity CMOS cameras featuring Sony Starvis back-illuminated sensors optimized for optical microscopy.

Deep-Sky Cooled & Planetary CMOS
Cooled DSO CMOS cameras and high-frame-rate planetary/guider cameras for amateur and professional astrophotography.

Machine-Vision Zoom Lenses
12.5X, 14X, 6.5X and 4K C-mount zoom lenses with detented or motorized zoom, coaxial illumination and fine focus, plus linear and telecentric zoom lenses.

Interactive Spec Wizard
Compare resolutions, frame rates, pixel sizes, and QE curves to select the perfect scientific camera.
Before you specify
Start from photons per pixel and the catalog gets much shorter very quickly.
Scientific camerasWhich sensor technology your photon budget actually needs, why rolling and global shutter answer different questions, and how to check the data can leave the camera at all.
Open guide
Scientific camerasHow physical charge transport versus in-pixel voltage conversion dictates readout speed, read noise, blooming, fill factor, and fixed-pattern noise in scientific detectors.
Open guide
Scientific camerasUnderstand quantum efficiency, read noise, pixel size, SNR, and optical sampling using real MAX and sMAX specifications.
Open guide
Scientific imagingCalculate object-space pixel size, field of view, Rayleigh resolution, and sampling using real MAX and sMAX sensor formats.
Open guide
Digital pathologySampling sets the pixel, the pixel sets the tile count, and the tile count multiplies everything downstream. Why brightfield scanning is limited by the stage, fluorescence by the light, and focus by a slide that was never flat.
Open guide