MACHINE VISION SYSTEM
The LMI Technologies Gocator 3520 is a wide field of view, high resolution, 3D scanner. Structured light scanners use an LED light source to project a pattern onto the surface of a target. The pattern, which will be distorted due to the object's natural shape, is then captured by the 3D machine vision camera and used to digitally reconstruct the part.
3D SYSTEMS SCANNER
Structured light 3D systems are either designed around decoding a single pattern, called textured projection, or a sequence of patterns, called fringe projection. The textured patterns generated by a single pattern capture yield relatively low resolution 3D point clouds, down to as small as 100 microns, while fringe patterns that are produced from a sequence of patterns yield much higher resolution 3D images, as high as one micron.
AUTOMATED INSPECTION SYSTEM
A structured light methodology enables one to capture a scan of the target's whole surface and then to simultaneously inspect many aspects of the object like surface gaps-and-flush, studs, fasteners, and holes. 3D structured light scanning ensures that defined quality levels are met even as the product is assembled.
GOCATOR 3D CAMERAS
The Gocator family of products also includes other laser based 3D camera family models for moving targets named Gocator 1300, Gocator 2100, Gocator 2300, Gocator 2500, and Gocator 2880. For stationary targets, LMI has models of LED Structured Light cameras named Gocator 3504, Gocator 3506, and Gocator 3520. Additional solutions are made for robot guidance and high speed image processing.
HTE Automation and LMI Technologies support manufacturers with high confidence inspection, automation, and optimization solutions in Kansas, Missouri, and Illinois as they apply technology to overcome long-standing manufacturing challenges.
