Our technical tips dig deeper and explain machine vision technology down to the last detail.
Devices known as Acquisition Modules, based on digital interfaces like USB, FireWire and Gigabit Ethernet. These compact, external modules behave like an external frame grabber, having an interface to one or more cameras at one end and an output to one of the digital interfaces on the other (USB, FireWire or Gigabit Ethernet) and are used for transferring data to a PC.
Variable focal length lenses enable rapid focusing in machine vision applications where the working distance between the object and the camera system is frequently changing.
In principle, every image processing system consists of two basic function units: the image source and the image sink. Today compact CMOS cameras are usually used as the image source in the industrial imaging environment. The image sink is the processing unit that extracts results from the image. Currently this will most likely be a classic PC system based on Intel processors and the Windows operating system.
Embedded Vision has been THE trend topic in the industry for some time now. Rarely in the past has a vision technology been ascribed so much change potential. A large number of exciting possible uses for Embedded Vision systems already exist in virtually all branches of industry and daily life. But will this technology really lead to a complete upheaval in machine vision?
Imaging is an enabling technology in a vast range of industries. No longer confined to traditional manufacturing and processing inspection applications, industrial vision finds applications in industries as diverse as security, transport, sport, space exploration and even as part of the attempt to set a new world land speed record in 2015.
Gigabit-Ethernet for Machine Vision or, in short, GigE Vision: According to many experts, the new interface standard and the closely associated generic software interface GenICam (Generic Interface for Cameras) will give new impetus to the industrial image processing sector in the near future: The image processing industry finds itself at a crucial technological watershed!
Hyperspectral imaging provides its users with a high-performance possibility to determine differences in the chemical composition of test objects. This technology opens up interesting applications in areas such as recycling or food production.