TruFiber P

TruFiber P delivers excellent process stability. Consistent process results, at any time of day, all year round

The flexible software and hardware interfaces mean full control over the process at all times.

Practically maintenance-free and designed for many years of reliable service.

Optimal solution with compatible optics, sensors and services, all from a single source.

Benefit from a complete solution with perfectly matched components that will enhance process results and reduce integration effort. Choose from a range of scanner optics for remote processing, optics for welding and cutting, and a selection of sensors. Your process is more reliable, and you get a perfectly compatible package of solutions. For assurance, take advantage of the global service and comprehensive technical support from the world’s leading supplier of lasers and laser systems.

Take a giant leap towards a connected future: laser connectivity via OPC / UA enables standardized and reliable solutions. Factory Gate allows multiple devices to be integrated into one network, also across locations. Condition Monitoring also provides constant all-round transparency on all laser components. Precision Time Protocol ensures that all sensors are properly coordinated. And if things don’t go as planned, our service team can provide easy assistance at any time via remote access.

Modern, advanced applications require consistently good process results, not just for hours, but over years.  The integrated laser power control measures and regulates the power in real-time, accurate to +/- 1%. You always obtain the same process results.

TruControl ensures your laser capacity is always fully utilized. Statistics allow precise analysis and optimization of laser usage. This involves sensors providing information on laser status. Your process will then run optimally and reliably over the long term.

The VariMode function allows you to adapt the beam characteristics of your fiber laser (from 3 kW with 100 μm fiber) to your application. Mainly variable are the beam parameter product (BPP), as well as beam profile and the irradiance on the workpiece. Having such a dynamically controllable beam profile brings significant benefits, allowing “on the fly” changes to processing steps to increase production speed, reduce costs and improve process quality for a range of cutting and welding applications.