Machine vision refers to the ability of a computer to see using one or more cameras. It captures the image, processes it and creates a course of action. While these steps sound time-consuming, it is done at the speed of light. The only time-consuming process is data collection, although it can be done faster with more advanced AI. This makes incredible sense when looking at robotic automation use cases, as smart machines dramatically increase productivity and efficiency.
Advances in technology have led to more efficient cameras and computers that can replace the human eye. Businesses rely on the use of industrial PCs for machine vision to improve quality, efficiency and operations. Machines can see more precise and detailed images for longer periods of time without any breaks. Cameras may be sensitive to a wider range of wavelengths than the human eye. Some industrial computers for machine vision are used to view infrared, ultraviolet, and X-ray wavelengths that are useful in low-light conditions.
The Anrecson "Machine Vision Computer" is specifically designed for these applications and provides a powerful solution.
What do "machine vision" computers really offer? The main functions are outlined below
Fanless computer design: In the presence of dust, the fans of ordinary computers will bring in dust, clogging the fans and causing the system to heat up. Anrecson features a fanless design with efficient heat dissipation and can withstand high temperatures from -25 to 70 degrees.
Anrecson Efficient Thermal Design
Efficient thermal design provides a higher temperature range than the competition.
Unlike other industrial computer suppliers, the Anrecson platform starts with a single-board computer and distributes all heat-generating components evenly, optimizing the thermal design. Conversely, at 100% CPU load, and operating at the end of the specified temperature range, there is no performance degradation.
Anrecson Thermal Components
Specifically designed for thermal management, all thermal components are connected directly to the heat sink through carefully selected thermal interface materials.
Modular Design: Application requirements differ from requiring multiple communication ports to synchronize events through input and output. Anrecson provides easily configurable interchangeable modules to lift restrictions and provide functional expansion. Component modules can be added for Power over Ethernet, USB ports, COM ports (RS232/422/485), digital IO including encoder inputs and even custom functions.
Multiprocessor Architecture: High performance is required to keep the factory running properly. Collard provides multiple processors such as CPUs (eg 3-7th generation Intel Core CPUs) on one computer. Full customization is possible with specific processors, memory, drives (SSD/HDD).
Small size: Space is always a constraint to keep product and plant footprint to a minimum. Anrecson's machine vision computer products simplify any design.
