3D drawings of the Mounting Block for M1xx, M2xx, M3xx, E1xx, and U1xx cameras
2D and 3D drawings of Machine Vision Cameras
2D and 3D drawings of the terminal blocks for connecting Machine Vision cameras and processor Input/Output boards
This application provides a low cost solution to position a servo controlled adhesive application system.
A vision system was designed to inspect for out-of-tolerance parts, produced by a stamping press. Parts needed to be inspected at 2,000 pins per minute, and take more than 20 measurements per pin.
This application requires a vision system to be installed onto a digital wheel printing machine. The major defects are small notches along the edges of the characters.
Machine vision system used in high speed connector stamping production lines.
This stand-alone component inspection station is designed for a company who manufactures a wide variety of metal parts in varying sizes and shapes. The components attached to the parts may be weld nuts, brackets, studs or other objects.
Racks of 25 needles are inspected for bevel angle orientation with automatic setup for varied production runs (needle widths and lengths).
A M150 camera (1296 x 966 pixels) connected to an MX80 Vision is used to measure the dimensions of extruded plastic parts. The vision system is required to inspect over 100 different part types coming off the extrusion line.
This application solution inspects the quality of tri-laminated conductive polymer materials used to make carrier tapes. Using eight M-cameras connected to two MX80 Vision Processors, this solution provides 100% inspection for the 660mm wide polymer web running at the speed of 20 meters per minute.
When a new model of connector is manufactured, the initial production units are typically made in small quantity. Manufacturers typically look for a vision solution that can provide 100% quality inspection for these new production units that doesnâ€™t require a high budget and extensive deployment effort.