Boost

Basler boost boA9344-70cm Camera

Highlights The Basler boost boA9344-70cm is a high-resolution monochrome area scan camera designed for demanding machine vision applications that require detailed image capture, strong contrast, and high-bandwidth data transfer. Featuring the Gpixel GMAX3265 CMOS global shutter sensor, this boost V camera delivers 65 MP resolution with a 9344 x 7000 image size and a frame … Continued

Basler boost boA9344-70cc Camera

Highlights The Basler boost boA9344-70cc is a high-resolution color area scan camera designed for demanding machine vision applications that require detailed image capture, accurate color imaging, and high-bandwidth data transfer. Featuring the Gpixel GMAX3265 CMOS global shutter sensor, this boost V camera delivers 65 MP resolution with a 9344 x 7000 image size and a … Continued

Basler boost boA9344-30cm Camera

Highlights The Basler boost boA9344-30cm is a high-resolution monochrome area scan camera designed for demanding machine vision applications that require detailed image capture, strong contrast, and high-bandwidth data transfer. Featuring the Gpixel GMAX3265 CMOS global shutter sensor, this boost V camera delivers 65 MP resolution with a 9344 x 7000 image size and a frame … Continued

Basler boost boA9344-30cc Camera

Highlights The Basler boost boA9344-30cc is a high-resolution color area scan camera designed for demanding machine vision applications that require detailed image capture, accurate color imaging, and high-bandwidth data transfer. Featuring the Gpixel GMAX3265 CMOS global shutter sensor, this boost V camera delivers 65 MP resolution with a 9344 x 7000 image size and a … Continued

Basler boost boA5120-230cm Camera

Highlights The Basler boost boA5120-230cm is a high-speed monochrome area scan camera designed for demanding machine vision applications that require detailed image capture, high sensitivity, and very high acquisition speed. Featuring the Gpixel GSPRINT4521 CMOS global shutter sensor, this boost V camera delivers 21 MP resolution with a 5120 x 4096 image size and a … Continued

Basler boost boA5120-230cc Camera

Highlights The Basler boost boA5120-230cc is a high-speed color area scan camera designed for demanding machine vision applications that require detailed image capture and very high acquisition speed. Featuring the Gpixel GSPRINT4521 CMOS global shutter sensor, this boost V camera delivers 21 MP resolution with a 5120 x 4096 image size and a frame rate … Continued

Basler boost boA13440-17cm Camera

Highlights The Basler boost boA13440-17cm is an ultra-high-resolution monochrome area scan camera designed for demanding machine vision applications that require maximum image detail across a large field of view. Featuring the Sony IMX661 CMOS global shutter sensor, this boost R camera delivers 127 MP resolution with a 13376 x 9528 image size and a frame … Continued

Basler boost boA5120-150cc Camera

Highlights The Basler boost boA5120-150cc is a high-resolution color area scan camera designed for demanding machine vision applications that require detailed image capture and high acquisition speed. Featuring the Gpixel GMAX0505 CMOS global shutter sensor, this boost V camera delivers 5120 x 5120 resolution with a frame rate of up to 150 fps. With 26.2 … Continued

Basler boost boA5056-95cm Camera

Highlights The Basler boost boA5056-95cm is a high-resolution monochrome area scan camera designed for demanding machine vision applications that require both image detail and high acquisition speed. Featuring the E2525A-HS CMOS global shutter sensor, this boost R camera delivers 25 MP resolution with a 5056 x 5056 image size and a frame rate of up … Continued

Basler Boost boA8100-16cc

Highlights The Basler boA8100-16cm CoaXPress camera with the ON Semiconductor XGS 45000 CMOS sensor delivers 16 frames per second at 45 MP resolution. The boost series is available with different lens mounts (F-mount and M42-mount). These must be purchased separately for the camera. Features Auto Function Profile Binning Black Level Center X and Center Y … Continued