excelliSCAN Scan System

SCANLAB GmbH announces series production of its high-end excelliSCAN scan system. This scan head proved its suitability for reliable industrial deployment in series micromachining, and has now itself gone into series production. Last but not least, the scan head's built-in intelligence predestines it for integration in automated fabrication environments that leverage Industry 4.0 and IoT (internet of things).

As industrial processing complexity rises and the quality or safety-relevance of manufactured components increases, then even more applicable is the saying "time is money." This fuels the need for processing solutions that raise productivity. Modern laser micromachining methods are suitable for helping the electronics industry and other sectors to meet these challenges.

Extensive excelliSCAN test applications confirm that its unique servo design delivers considerable productivity gains for numerous applications. The scan system features novel SCANahead servo control, as well as galvanometer scanners with highly precise digital angle sensors. And its in-built intelligence can be compared to autonomous driving – the scan head autonomously calculates its own control parameters and anticipates in real time for optimal navigation of curves. This servo innovation breaks through the irreconcilability between higher dynamics and maximum precision, and thus provides an appreciable productivity boost to users. Additionally, contour fidelity is substantially improved at high marking speeds, e.g. when traversing sharp corners and circles. Control is furnished as standard by the powerful RTC 6 control board, now available as an Ethernet variant.

And this premium scan system offers even more power for factories of the future. Integrated functions like online status monitoring or acquisition of operating times and process data allow not only integration in networked structures, but also retrospective process analysis.

"We're very pleased with positive user feedback on the excelliSCAN. When applications have particularly challenging technical requirements, then our own standards for the applied technologies are likewise exceptionally rigorous," explains SCANLAB CEO Georg Hofner regarding the start of series production. "To secure future gains in maximum speed and precision, we'll continue on the trajectory servo path we have embarked upon. The next step will involve planning trajectories."

In view of the strong demand for high-precision scan systems well-suited to microstructuring and 3D printing, SCANLAB is already working to extend its excelliSCAN family: scan heads with 20 mm and 30 mm apertures are in the pipeline.