News. We work constantly to keep up with market trends but also to keep you informed of the latest plastics materials, new technologies, new manufacturing processes for injection-moulded plastic parts and changes in demand. July 2020 ISO 50001 validation All news June 2020 MORE Label – MObilise to REcycle All news May 2020 Covid-19 crisis and going local All news March 2020 CEVA TECHNOLOGIES recycled and bio-sourced materials All news April 2018 Plastic welding, riveting and thermofusing – CEVA TECHNOLOGIES All news January 2018 Six-axis industrial robots at CEVA TECHNOLOGIES All news July 2016 BIOMATERIALS to make your products stand out! All news Legal Notice

January 2018 Six-axis industrial robots at CEVA TECHNOLOGIES Innovation at CEVA also involves investing in industrial robotics by introducing a new six-axis robotic arm; this solution with a wide range of actions offers our clients greater versatility and flexibility in the production of their plastics parts. This new high-performance tool opens the way to the faster production of plastics parts. A new cutting-edge robotic solution for our clients! This robot can handle loads of between 6 and 26 kg and so far has been used in conjunction with a 320-tonne bi-material press enabling it to unload, size and sort up to 10 different parts between two injections and within an optimised timeframe. This arrangement has been designed to reduce operator time as far as possible, with the operator intervening once a system of light signals releases the parts. To ensure the high level of reliability of this process, the robot carries out periodic systematic sampling of the parts, automatically without human intervention. What are the main characteristics of a six-axis robotic arm? A robot operating with six axes can reach any point in the workspace from any angle. This type of robot is therefore ideal for certain tasks such as: • Transfer, manipulation, assembly, palletising, picking and placing, packaging, demoulding, loading, unloading, depalletising, finishing, extracting, etc. A six-arm robot is able to: • Grab a part from below, rotate it and replace it. • Open a drawer, take an object and close the drawer. There are two ways to control a six-axis robotic arm: • By setting a precise angle for each axis. • Also by setting a target for position (x,y,z) and rotation (x,y,z) relative to the origin of the coordinates. In conclusion, this type of control offers unrivalled precision and a new solution for faster production. All news Legal Notice Nous utilisons des cookies pour vous garantir la meilleure expérience sur notre site web. Si vous continuez à utiliser ce site, nous supposerons que vous en êtes satisfait.OKNonPolitique de confidentialité