New: "EASY" Wire feeding system for laser applications

Quality and performance – Smartly simplified

 
The EASY wire feeding system: Perfectly reduced to the essentials. Powerful in performance.

The EASY wire feeding system is designed for one clear goal: making laser wire feeding simple, reliable and economically accessible. It offers a straightforward entry into laser applications – ideal for customers who want to become productive quickly without dealing with complex system configurations. With clearly defined parameters for wire diameter and feed rate, the system can be set up in minutes. Stable, reproducible welds are achieved fast – a key advantage for series production launches and new components.

Reduced to the essentials, the EASY system focuses on proven technology and functionally necessary components. The streamlined mechanical and control design ensures constant wire feed and smooth, stable welding processes – without unnecessary adjustment complexity.

Its slim structure enables intuitive operation, minimal training effort and easy integration into existing laser cells. Fewer parameters mean less setup time, simplified maintenance and reliable daily operation. Our EASY wire feeding components stand for powerful performance, clear functionality and economic efficiency – exactly where it matters in serial production. 

FLYER WD EASY

The control unit is seamlessly integrated into the WD EASY wire feeder, acting as the central communication interface between the robot controller and the DINSE wire feeding system – ensuring a compact design, simplified integration, and reliable signal processing.

The DINSE PUSH-PUSH system operates with two completely decoupled drive units, thus ensuring wire feeding to the front drive as required. Synchronization of the two drive units is not required. This enables faster implementation, lower susceptibility to errors, and high process stability in series production. It also significantly simplifies the system architecture and reduces commissioning and maintenance effort.