High-Precision Motion for Automation in the Field of Laser Processing

Find Advanced Positioning Solutions in the New Brochure “Automation Platforms for Laser Material Processing”

Cutting, marking, micromachining, drilling or metal deposition – lasers are used in a wide variety of processes in many different industrial sectors to optimize manufacturing processes and to ensure the high quality of workpieces. This for example, is how the electronics manufacturing, semiconductor industry, automotive industry, or medical device technology benefits from the advanced capabilities of laser material processing. 

Advanced Positioning

The technological diversity and the high vertical range of manufacturing enables PI to react flexibly to the market development in laser technology and to offer automation platforms for high-precision and high-throughput laser processing that address the needs of OEMs, integrators and end users. 

The new brochure “Automation Platforms for Laser Material Processing” presents the capabilities of PI for laser applications such as micromachining, cutting or large field marking. It contains examples of automation platforms as well as a selection of positioning systems and control solutions for use in laser processing setups. 

ACS Motion Control, as part of the PI Group, allows the supply of highly sophisticated automation and motion controllers with a wide range of drive options and dedicated modules for the control of laser applications. The controllers and components are based on an industry standard EtherCAT® network. ACS Motion Control and PI motion systems are matched to each other to offer class leading platforms for the laser engineer.

A solution from PI does not just offer the machine builder advanced positioning technology and high-performance control solutions, but also faster startup and high flexibility when implementing new requirements to laser processing.

Brochure: Automation Platforms for Laser Material Processing

Precision – Throughput - Synchronized Motion
Version / Date
BRO67E R1 06/2018
Document language English
pdf - 3 MB

Request Your Printed Copy for Free