Laser Welding Machine GTN-1500/2000

The machine is equipped with dual working modes of continuous light and pulsed light, covering a comprehensive range of processes. It can implement various mature welding processes, including heat conduction welding, continuous deep penetration welding, spot welding, butt welding, lap welding, seal welding, and seam welding, etc. It can fully meet the diversified processing needs of different working conditions, different precisions, and different batches in industrial production, and is suitable for automated and non-standard production scenarios in multiple industries.

It has an extremely small amount of thermal deformation and an extremely narrow heat-affected zone, which can effectively reduce thermal stress and deformation problems during the processing. Therefore, it is very suitable for precision processing of special alloy materials with high melting points and high hardness, and can easily achieve forming effects with high surface quality.

This process is very suitable for carrying out refined processing on special-shaped complex workpieces and tiny precision parts. The welded seams after processing are regularly formed, with a smooth and flat appearance, and the overall forming effect is stable and uniform, which greatly improves the yield of finished workpieces.

The equipment can be compatible with robotic arms and automatic positioning systems for linkage and supporting use, enabling the construction of fully automated, continuous, and intelligent processing and production processes. This significantly improves the overall production and processing efficiency while ensuring the processing accuracy and quality consistency of batch products.

The system supports wire feeding and filling welding functions, further enhancing the mechanical strength of welded joints and improving process adaptability and processing flexibility. Relying on advanced and mature core laser processing technology, it can not only optimize and upgrade the structural design of existing products but also perfectly adapt to higher-level and higher-performance new material processing application scenarios.