Aerospace Industry
- Turbine Engine Component Drilling: Precision drilling on aircraft turbine engine components such as blades, combustors, and nozzle guide vanes to enhance cooling capabilities and performance.
- Shallow Angle Drilling: Leveraging laser drilling technology for shallow angle drilling addresses challenges unmet by traditional mechanical methods, enhancing component performance.
Microelectronics Field
- High-Density Interconnect Drilling: Used for drilling printed circuit boards, integrated circuits, ceramic substrates, etc., to improve interconnect density and electronic product performance.
- Microhole Processing: Laser drilling enables high-resolution microvias in brittle materials like ceramics and silicon wafers, meeting the high standards of microelectronics manufacturing.
Consumer Electronics
- Smartphones and Tablets: For drilling in consumer electronic products like smartphones, tablets, laptops for casings, screens, cameras, etc., enabling slim, aesthetic, and multifunctional designs.
- Automotive Electronics: Precision drilling for various automotive sensors and control devices, enhancing the performance and reliability of automotive electronics.
Medical Devices
- Precision Medical Equipment: Used in the manufacture and processing of precision medical devices such as cardiac pacemaker electrodes and minimally invasive surgical instruments, ensuring high accuracy and sterility.
- Pharmaceutical Security Marking: In the pharmaceutical industry, laser drilling is used to mark tablets as a security measure against counterfeiting and to ensure medication safety.
Energy and Materials
- Oil and Gas Industry: Employing laser drilling technology in oil and gas exploration and development to improve drilling efficiency and reduce costs.
- New Materials Research: Used in the research and development of superalloys and new materials, allowing precise drilling in these high-strength, brittle materials.
In summary, laser drilling technology, with its efficient, precise, and flexible characteristics, is extensively utilized across modern industries and technological fields. It plays a vital role in areas ranging from aerospace to consumer electronics, and from medical devices to new energy research.
