High frame rates combined with high resolution increase image data rates massively in high-performance slow-motion and high-speed cameras
Optronis now supplies a range of high-speed cameras to satisfy virtually all industrial image processing needs. Cameras by Optronis are used throughout the world for high-end automation.
The CamPerform CP 70-1 by Optronis is a high-performance, high-speed camera for high end automation in the machine vision sector and 2D/3D AOI applications.
German company Optronis has introduced OptoPIC, an imaging camera with ultra-short exposure times and a high repetition rate
division manager, Optronis
Optronis GmbH is now also offering CAD data for its camera products
Optronis has released the CamPerform machine vision camera with CoaXPress standard 1.1 interface, which allows data to be transferred to connected process computers at speeds of up to 25Gb/s via four coaxial cables
Optronis has released a 12 megapixel CoaXPress camera for sophisticated image processing solutions, such as automatic optical inspection (AOI) and other 2D measuring applications
Optronis has released its OptoScope SC-10 streak cameras with noise suppression that has been improved by a factor of approximately 1,000
Optronis has introduced a 3 megapixel CoaXPress camera ideal for integrating into 3D measuring machines and 3D test instruments
Matthew Dale explores Industry 4.0 and machine vision’s role in the connected factories of the future
Surface-based matching in Halcon, from MVTec Software
Greg Blackman looks at the latest techniques to capture and analyse 3D image data
Keely Portway finds out how vision is being used to gather data about consumers
The preferred connector for version 2.0 is the micro-BNC. Credit: Active Silicon
Chris Beynon, Active Silicon’s CTO and technical chair for the CoaXPress standard, gives an update on what’s new in v2.0
Greg Blackman reports on new hyperspectral technology presented at the Photonex show in the UK, and how the imaging technique is being used for forestry and food sorting
