Beam path simulation, source-family selection, PLC and safety interface review, and ISO 11146-grade beam quality documentation for machine builders integrating IPG fiber laser modules into cutting, welding, marking, and cleaning cells.
| Service | Key parameter |
|---|---|
| Beam Profiler Calibration | ISO 11146 measurement practice with M2 and beam waist documentation |
| Field Engineer Dispatch | 48-hour global support target, 24-hour response in selected tier-1 industrial regions |
| Wear Parts and Optics Review | Collimator, process window, nozzle, delivery fiber, and back-reflection exposure review |
| PLC Integration Service | Digital I/O, analog command, Ethernet service layer, OPC UA or Profinet bridge planning |
| On-line Power Calibration | Warm-up curve, eight-hour drift observation, and acceptance-test record for production cells |
| Documentation Pack | FAT / SAT template, IEC 60825 risk support file, EN / DE / JP handover notes when required |
Application brief, material range, throughput target, spot-size envelope, and safety classification are captured before source power is recommended.
Optics choices are modeled against focal stability, back-reflection risk, fiber core diameter, and enclosure geometry.
The source, delivery fiber, collimator, scanner or cutting head are assembled for first-light checks on a controlled test bench.
Machine controller mapping, interlock chain, chiller behavior, fume extraction, and service access are reviewed at the equipment level.
Witness testing verifies power stability, beam profile, process coupon output, and operator handover documentation.
Re-validation confirms that shipping, plant utilities, chiller settings, and production duty cycle have not shifted the source out of tolerance.
Send a one-page cell brief, material range, controller platform, and planned optics stack. We will respond with a source class, interface checklist, and FAT outline.
Schedule Engineering Review