Plug & Play Fiber Connection for Scan Systems
New collimation module simplifies coupling lasers and scan heads
Productivity, quality and cost requirements compel enterprises across all industrial sectors to continually examine and optimize their fabrication processes. In some cases, a carefully conceived system approach can achieve considerable cost reductions. SCANLAB's new collimation module transforms its larger-aperture scan systems – typically 30 mm – into flexible, combinable 2D scan solutions for welding and cutting processes. Compared to an integrated 3-axis system fiber laser based processing systems are substantially lower in cost.
Intelligently Designed to Fulfill Industrial Requirements
The new module's industrial suitability is underscored by a robust fiber-coupler housing with water-cooled stainless steel entrance aperture, as well as a replaceable window protecting the collimation optic. Additionally, the collimation optic is manually adjustable for very precisely setting the focal position to the working distance, and thus fully exploiting the benefits of scan head calibration. The collimation module can be optionally expanded via a camera adapter for process control and workpiece position detection.
The described, combined scan solution can be deployed very cost-efficiently for numerous applications, e.g. welding processes in the growing field of battery manufacturing.
With over 20,000 systems produced annually, SCANLAB GmbH is the world-leading and independent OEM manufacturer of scan solutions for deflecting and positioning laser beams in three dimensions. Its exceptionally fast and precise high-performance galvanometer scanners, scan heads and scan systems find application in industrial materials processing and the electronics, food and beverage industries, as well as biotech and medical technology.
For over 25 years, SCANLAB has secured its international technology leadership through pioneering developments in electronics, mechanics, optics and software, as well as the highest quality standards.