Small hardware products cover over a thousand categories such as locks, hinges, brackets, etc., and their refined and personalized requirements place higher demands on processing technology. Laser cutting technology, with its advantages of high precision, high efficiency, and high flexibility, is driving the transformation of traditional hardware manufacturing towards intelligence and greenness, reshaping the industry's competitiveness.

 

The metal laser cutting machine exhibits excellent performance in the processing of 0.5-5mm stainless steel and copper alloy sheets, with a cutting accuracy of ± 0.05mm, which can avoid the burr problem of traditional stamping processes. The precision spring cutting yield can exceed 99%, and the material utilization rate can be increased to 95%.

 

For the hollow carving needs of decorative hardware, laser equipment can quickly achieve complex pattern cutting, with a processing speed eight times faster than traditional wire cutting. In the manufacturing of irregular brackets, 3D laser cutting technology supports precise processing of 45 ° inclined surfaces, completing pipe drilling, groove cutting, and end face forming in one go, increasing production efficiency by 60%.

 

From standard parts to personalized customization, laser cutting machines not only solve the dual problems of precision and efficiency in the hardware industry, but also promote industrial upgrading through digital transformation. The rapid response capability and green production mode it brings are helping hardware manufacturing enterprises seize emerging markets such as smart homes and new energy vehicles, opening a new era of precision intelligent manufacturing.

 

BlueBird focuses on the research and manufacturing of industrial grade laser equipment, providing global customers with integrated intelligent equipment for laser cutting, marking, and welding. Its services cover manufacturing fields such as 3C electronics, medical equipment, aerospace, and hardware accessories.