In the field of printing machinery manufacturing, composite materials are increasingly widely used, but traditional cutting processes face challengesRubber+Aluminum AlloyWhen such a combination of "soft and hard" is used, it often falls short - rubber is prone to burning and deformation, aluminum alloy edges are covered in burrs, resulting in low yield rates and cumbersome post-processing, becoming pain points that restrict production efficiency and product quality.

Other lasers cutting rubber and aluminum alloysGold composite material with severe carbon black, burrs, and unevenness

GW Guanghui Laser brings a breakthrough with disruptive black technology!

GW Guanghui Laser's latest cutting technology0.8mmThe composite material samples of rubber (non-metal) and aluminum alloy (metal) are the best evidence of this technological strength:

Ultimate flatness:Whether it is a soft rubber layer or a hard aluminum alloy layer, the cutting surface is as smooth as a mirror, without any step like drop or deformation in the heat affected zone.

Zero tolerance for burrs:The edges of the aluminum alloy are sharp and clear, and the rubber is not melted or brushed, completely bidding farewell to the secondary polishing process.

join tightly:The interface cutting of heterogeneous materials is precise, without delamination or delamination, and the structural integrity is perfectly preserved.

Why is high brightness fiber laser the "chosen blade" for composite materials?

The unique wavelength of GW Guanghui high brightness fiber laser has found a perfect balance between the absorption efficiency of non-metallic and metallic materials:

For non-metallic materials such as rubber:The extremely high absorption rate enables low-temperature and efficient gasification cutting, avoiding the erosion and carbonization caused by traditional thermal cutting.

For metals such as aluminum alloys:Simultaneously maintaining sufficient energy coupling to achieve stable and high-quality melting cutting.

Precision controlCombined with exclusive beam shaping and intelligent process library, energy is precisely applied to micrometer level cutting channels, with minimal heat affected zone, truly achieving "hot and cold compatibility, combining rigidity and flexibility".

The sample cut by GW Guanghui high brightness fiber laser is smooth, burr free, and tightly sewn

Directly addressing the core needs of the printing industry

This composite material sample is tailor-made for precision components in high-end printing equipment. GW's solution ensures:

Component accuracy and durability:The flat and burr free cut ensures assembly accuracy and long-term reliability.

Improve production efficiency:One time molding without post-processing significantly shortens the manufacturing cycle.

Reduce overall costs:Reduce waste rate and save labor polishing costs.

Guanghui Laser makes the impossible possible

This is not only a successful cutting, but also a microcosm of GW Guanghui Laser's deep cultivation of advanced laser technology, empowering the upgrading of the manufacturing industry with innovation. We are committed to providing efficient, precise, and reliable laser solutions for printing and other industries facing challenges in composite material processing.