Biomedical

Reliability and higher quality standards are the core competence of medical technology. Equipment in the medical industry requires extremely high precision, and traditional processing equipment cannot meet this requirement for a variety of precision equipment. To build future-oriented core competitiveness, laser + intelligent manufacturing is the main direction. Laser high-precision processing plays a key role in the production of various operating theatre instruments.

Laser micromachining technology is suitable for the manufacture of medical devices, such as needles, catheters, implantable technical devices and micro-instrumentation of the surface for texture information processing and drilling, etc., which can be achieved through the implementation of the management and control of elevation data processing and elevation processing. Lasers can also produce different types of microstructures in different materials, including metals, polymers, ceramics and glass.

The edge quality that can be achieved by processing materials using monochrome laser micromachining technology can be excellently applied to heart, brain and eye scaffolds (in both Nitinol and Cobalt Chromium alloys), catheters, heart valves and polymer tubes. This laser processing technique allows very fine dimensions of external features to be cut in the thinnest of materials, achieving the level of quality and precision required for microprocessing, whilst maintaining mechanical and material integrity.