日韩久久久久久久久I久久久久免费精品I亚洲日本黄色I天堂av最新网址I91综合在线I俄羅斯女人色導航I制服丝袜成人在线I91草免费永久视频I五月天,com

Emerging applications in consumer electronics, such as Augmented Reality (AR), Virtual Reality (VR), and 3D sensing, deeply rely on optical and photonics technologies to deliver high-precision, real-time interactive visual experiences and advanced environmental sensing capabilities.

Many pan-semiconductor manufacturing processes, such as laser lift-off (LLO) in the OLED manufacturing, laser annealing in the IC manufacturing, and mass soldering in the advanced display manufacturing, require an optical system to convert the beam emitted from different types of lasers into a highly homogenized line-beam profile, achieving higher processing efficiency and production yields.

Photonics technology now plays a critical role in the new generation of intelligent driving technology. LiDAR, a product of laser and optics technology, is increasingly being adopted by ADAS and autonomous driving system designers. DMS (Driver Monitoring System) based on NIR VCSEL illumination could gather accurate and comprehensive real-time information of in-cabin driver’s status and behavior and enable AI alert system to make judgement and gives alert.

Laser medical treatment is a new application enabled by the selective photothermolysis theory of biological tissues. Diode laser has been widely used in many fields, such as hair removal, body sculpting, fluorescence imaging and surgery.

The combination of optical components and designs of more complex systems can shape the laser beams, which emitted from diode lasers, solid-state lasers and fiber lasers with different laser beam qualities, into suitable beam shapes, energy density and intensity profile, meeting the requirement of specific applications.

Test and analysis equipment plays an important role in cutting-edge research for high power diode lasers, and is an effective tool in the development and mass production of high performance, high reliability diode lasers.
Automated production and testing equipment is particularly important in the mass production process of lasers which powers the improvement of production efficiency and product consistency.