Using Collaborative Robots for Laser Scanning
This device is said to be the first programmable laser scanning system for automated 3D scanning, measurement and gaging using a collaborative robot.
The AutoScan system combines laser scanning technology and collaborative robot automation to enable part measurement routines to be performed alongside people without the safety fencing that’s required for conventional robots.
Collaborative robots vary in design, but they all feature some combination of sensor technologies that enable them to function safely alongside humans in a shared area, unlike conventional industrial robots that operate autonomously inside a safeguarded cell. The common application for these in a shop is loading/unloading parts from machine tools.
However, this device from Perceptron is said to be the first programmable laser scanning system to enable automated 3D scanning, dimensional measurement and dimensional gaging leveraging a collaborative robot platform. Its scanning sensor is mounted to the arm of a six-axis collaborative robot, which uses built-in force-sensing technology that causes it to stop its movement if it makes contact with a person.
Automated machining processes enable this maker of high-performance mountain bike parts to manufacture efficiently with minimal staff.
Custom engineered workholding fixtures are key to the effectiveness of an unusual Automated Production System (APS) recently installed at Kurt Manufacturing. It helps that one of this company’s specialties is custom engineered workholding fixtures.
Three major technological advancements have changed modern manufacturing. Pay attention or get left behind.