HOW TO REGISTER FOR THIS WORKSHOP NOW
1) Let us know you're interested by filling out the form
2) We will contact you to collect your billing address and VAT details
3) Provide us with the necessary information and confirm your participation
4) You will then receive an invoice within 8 days
5) Once we have received your registration fee, you will receive a confirmation email with details about the program
Our IPG Customer Center in Burbach offers the ideal venue with lecture rooms, a machine park and a showroom covering 1000 square meters.
Interested parties and customers can experience technical innovations live here or exchange ideas with experts.
Our Travel Service
Information on traveling can be found under this links:
to Train Station Burbach Bf
to Cologne Bonn Airport (CGN)
You can book your accommodation here:
IPG Photonics GmbH & Co. KG
European Customer Center
Daimler Straße 12
57299 Burbach
Near Siegen in NRW
Presentations and Workshop on This Day:
- MKS Ophir
"Measuring very high power laser beams" - Cyan Tec Systems | Tony Jones
"Case Studies in Integrating High Power Lasers (20 to 125 kW)"
More information about the schedule and the topics covered will be available for download here shortly.
Tours and Specials on This Day:
- Q&A's with Experts and Speakers
- Applications Lab Tour
- Showroom Tour
High Power Laser Application
This event brings together leading engineers, researchers, and technology providers to explore what today’s high power fibre laser systems can do, and where they are headed next.
Attendees will gain valuable insights into laser applications spanning cutting, welding, cladding and more. Whether you are looking to adopt fibre laser technology for the first time, scale up existing processes, or stay ahead of the latest developments in beam delivery, system integration, and process optimisation, this showcase offers the connections and knowledge to move your work forward.
This event is open to all AILU members and non-members who will be able to experience some of the latest developments in high power laser sources and applications.