A cost-effective hardware solution that allows you to accelerate any Gocator sensor.
An extremely fast, very compact and advanced Gocator laser line profiler designed for the inspection of small parts.
Dual triangulation laser line smart sensor
|LMI Gocator 1300||Data sheets||277.3 KB|
|LMI Gocator 2000||Data sheets||304.9 KB|
|LMI Gocator 2100 datasheet||Data sheets||492.6 KB|
|LMI Gocator 2300||Data sheets||386.3 KB|
|LMI Gocator 2410/2420 datasheet||Data sheets||349.2 KB|
|LMI Gocator 2880||Data sheets||341.1 KB|
|LMI Gocator 3210 | V1||Data sheets||424.9 KB|
|LMI Gocator Overview||Data sheets||2.6 MB|
Machine vision is a well-established technique across a host of industries, improving quality and efficiency in the manufacturing and processing sectors. Its ability to make inspections reliably and at speed 24/7 makes it an invaluable enabling technology in quality control. Technological advances in machine vision continue to be made rapidly, opening up more and more possibilities.
The use of small to medium-sized collaborative robots for factory automation applications is growing at a rapid rate. Many of these applications are pick-and-place, so the robots require machine vision to visualize the scene, process information to make control decisions and execute precision-based mechanical movements.
The new Gocator 2512 smart profiler from LMI Technologies features specialised laser technology for high-precision 3D scanning of specular materials such as glass, polished metals and plastics. Uniquely, it can deliver 3D shape data from specular and diffuse surfaces in a single scan. Embedded tools provide exceptional GD&T measurement capabilities for assemblies containing transparent, anti-glare, coated/uncoated, low/high contrast, UV, glossy and other surfaces. A wide FOV reduces the need for additional sensors, minimising system cost and complexity.