Better visibility in poor light

The American manufacturer Flir Systems has launched a new camera module for the visible light spectrum.
Articles and background information on the topic

The American manufacturer Flir Systems has launched a new camera module for the visible light spectrum.
How can AI-based, automated image processing be used to reduce the balancing act between human and machine error in final quality control and save costs?

With a new bin-picking solution, the use of the digital twin and a software tool for centralized access to IO-Link components, Schmalz offers a number of innovations for the smart factory.

Yamaha Motor has developed the new RCXiVY2+ vision system, which has a new "blob detection" feature that enables picking, presence detection and high-speed counting of multiple workpieces for irregularly shaped objects.

Flir has introduced Screen-EST software for the T, Exx and A series thermal imaging cameras. The software has automatic measurement functions that check people for an elevated body temperature in a maximum of two seconds, while maintaining the required minimum distance.
Hexapods test image stabilization. When testing image stabilization technologies, hexapods are used by Physik Instrumente to simulate movements that cameras are exposed to during filming.

Stemmer Imaging offers the Alvium 1800 camera series from Allied Vision, which makes the use of embedded technology powerful and flexible.

Trade fairs are to take place again in the fall. This was only recently decided by politicians. But there is still a great deal of uncertainty among companies and people. This is shown by the exhibitor survey conducted by Messe Stuttgart.
The imaging of rotationally symmetrical objects for quality control in industry was previously prone to errors. A new system with four cameras ensures significantly higher process reliability in image processing.

Lasers are extremely versatile tools in industry and manufacturing technology. Their flexibility makes them a key technology for implementing the goals of Industry 4.0. Although laser cutting and welding are now considered turnkey technologies, there is still a considerable need for research and development in the majority of laser applications, e.g. joining hybrid material pairings, 3D printing or ultrashort pulse processing.