Public Release

STRION LASER welding solutions are designed to directly address these pain points, offering targeted solutions that help furniture manufacturers accelerate their shift toward intelligent, efficient, and high-quality production.

STRION LASER recently welcomed a delegation of entrepreneurs from diverse industries to its headquarters for an in-depth exchange and collaborative discussion. The visit aimed to strengthen mutual understanding, explore cross-industry opportunities, and drive innovation within the field of intelligent manufacturing.

This article states that in the context of industrial demand for precise aluminum welding, STRION LASER’s AW550pro robotic welding system recently demonstrated its capabilities on aluminum boxes.

This case study will delve into how the MASTER X80 effortlessly tackles the challenges of welding high-reflectivity thick plates and why it stands out as the preferred choice for businesses in need.​

In this guide, we cover key installation steps, including electrical signal setup, torch assembly, laser spot inspection, wire feeding, shielding gas management, and focal offset adjustment.

The STR-AW850 demonstrates superior performance in thin stainless steel welding, offering manufacturers a reliable solution for applications where clean, smooth, and spatter-free welds are essential.

Strion Laser has addressed two recurring user questions: achieving smooth arc pit control during weld termination and efficiently welding thick stainless steel plates with consistent penetration and quality.

Recently, STRION LASER demonstrated its mastery in precision laser welding through a remarkable project: joining 0.5mm titanium alloy components to craft a teapot.

Here, we break down the core components, auxiliary systems, and key design features that define the structural design of a laser welding machine.

With cutting-edge laser technology, we forged an unbreakable “Shield of Laser” above the arenas, ensuring that every moment of the Games unfolded in safety and brilliance.