Precision laser processing is a high-precision manufacturing technology based on laser technology. Laser processing is widely used in many industries including aerospace, engineering machinery, rail transport, agricultural machinery, electrical machinery, kitchenware and so on. Spyker Technology has adopted this technology for micro-hole cutting of electronic products to meet the requirements of product upgrading.

The principle of precision laser processing is to emit a high-energy laser beam directionally after focusing to penetrate the material and generate heat, thus melting or vaporising the material to achieve cutting, punching, welding and other processing effects. Compared with traditional mechanical processing methods, laser processing has the advantages of high processing precision, high speed, smooth and flat cuts.

The applications of precision laser processing include:

1. microelectronic circuit template precision cutting: for PCB board cutting, improve production efficiency and product quality.

2. eyeglasses industry, jewellery industry, etc.: for cutting and precision cutting, to meet the industry's demand for high-quality processes.

3. automotive manufacturing: in automotive manufacturing, laser cutting and surface treatment technology is widely used to meet the needs of the development of automotive lightweight, while solving the problem of cutting holes and edges of some metal moulding parts.

4. Product quality traceability and recall: laser marking technology can achieve product quality traceability and recall, to meet the requirements of the uniqueness of the identity of automobiles and parts.

In the future, with the increase in demand for high-precision processing, precision laser processing technology will be applied in more fields and play a greater role.