Advanced Laser and Digital Transformation Applications
Develop advanced laser sources and integrate them into laser processing with intelligence, systematization, and software and hardware integration. Utilize smart monitoring signals for real-time protection or compensation mechanisms to enhance laser processing efficiency. Utilize ultrafast laser sources and unique laser beam path module technology from the ITRI Southern Region Campus for advanced micro-processing applications in areas such as glass substrates, regenerated wafers, optoelectronic semiconductor materials, metal molds, and compound semiconductors. These technologies utilize ultrafast lasers with extremely low thermal effects and high pulse frequencies to replace traditional processing methods. In response to trends, develop low-carbon smart manufacturing technologies to assist manufacturers in transitioning to low-carbon production and promote industry investment in smart applications, thereby achieving sustainable and digital transformation.
- Advanced Laser
- Smart Manufacturing
- Optics, UAV,and Battery
- Smart and Digital Networking
- Compound Semiconductor and Biomedicine