As the core component of high-precision angle sensor, the processing quality of the transparent grid of glass photoelectric encoder directly affects the measurement accuracy and signal stability. Laser cutting technology breaks through the bottleneck of traditional processes with its non-contact and ultra-precision processing characteristics, and provides key support for photoelectric encoders, a…

In the medical field, the precision processing of planar instruments (such as surgical blades, orthopedic bone plates, dental repair plates, etc.) is directly related to clinical safety and treatment effects. Traditional stamping, etching and other processes are difficult to meet the manufacturing requirements of micron-level precision and complex structures. The planar instrument laser cutting m…

1. Clarify processing requirements ① Material type and thickness The laser cutting machine needs to select the laser type according to the processing material: Metal materials (such as stainless steel, aluminum alloy): Fiber laser cutting machines are preferred, and their power range is usually 500W-6000W, and the cutting thickness ranges from 0.1mm to 30mm. Non-metallic materials (such as ac…

Stainless steel instruments are widely used in medical, food machinery, industrial equipment and other fields due to their corrosion resistance and high strength. Traditional cutting processes are prone to material deformation, thickening of the oxide layer and other problems. Laser cutting technology provides efficient and clean solutions for the precision manufacturing of stainless steel instru…

As the core device for minimally invasive treatment such as cardiovascular and neurointervention, the structural accuracy and material integrity of medical stents directly affect the surgical effect and patient prognosis. Traditional mechanical processing has problems such as burr residue and thermal damage, while laser cutting technology has become a key process for stent manufacturing with its …

In an era where smartphones pursue extreme lightness and high performance, metal structural parts have become the core elements that determine product durability, signal strength and design aesthetics. The limitations of traditional mechanical processing technology in precision, efficiency and flexibility have led to the strong rise of laser cutting technology, becoming the "invisible engine" for…

As the core device of cardiovascular interventional treatment, the structural accuracy and material integrity of heart stents are directly related to the success rate of surgery and the long-term prognosis of patients. Traditional processing methods are difficult to meet the needs of ultra-fine cutting, and laser cutting technology has become the core process for the manufacture of stents such as…

Due to its high gloss, printability and crisp texture, coated paper is widely used in high-end packaging, art paper products and cultural and creative products. The traditional die-cutting process has limitations such as high mold cost and poor flexibility. Laser cutting technology, with its non-contact and high-precision advantages, has opened up a new path of precision and personalization for c…

As the core component of electronic cigarettes, the precision processing of electronic cigarette pipes directly affects product performance and user experience. Traditional mechanical cutting methods are prone to deformation of thin-walled tubes, burr residue and other problems, while precision thin-walled tube laser cutting machines have become key equipment for electronic cigarette pipe manufac…