High performance,high reliability,High scalability and supply capacity
Chip
High performance,high reliability,High scalability and supply capacity
Combined with advanced technologies such as asymmetric waveguide structure design, large optical cavity design, quantum well structure optimization, and cavity surface passivation, it provides high-reliability and cost-effective edge-emitting (EEL) high-power semiconductor laser chips (including single-tube chips and Bars). High power, high beam quality and low cost can be achieved with a very high level of reliability.
Independent research and development of AlN substrate based on heat sink materials and unique patch technology, thermal management and thermal stress control technology, solve the chip heat dissipation and further packaging problems, products can be expanded TO COS, TO, SF and Bar module packaging.
Provide a complete and comprehensive test solution for the semiconductor laser industry
Test Equipment
Provide a complete and comprehensive test solution for the semiconductor laser industry
Raybow opto developed automatic COS testers, Bar testers, Burn-in/lifetest testers and other equipment, which greatly improved the testing capabilities of the entire industry.
Lidar uses remote sensing technology to detect the distance between the vehicle and the target, and can also detect the target on the driving path, while providing assistance for map drawing. Typically, sensors use lasers to illuminate the perimeter of the vehicle, which is then optically analyzed to create a high-definition digital image that provides a 360-degree view of the vehicle's perimeter within 100 meters, which is critical for mapping.
Raybow Optoelectronics can provide a complete range of laser chip products, supporting the use of fiber lasers, solid lasers and semiconductor lasers, supporting macro material processing, micro machining, processing instructions and other applications.
In 2020, the overall development of lasers has increased, basically not affected by the epidemic. Because most of these laser orders were signed before the pandemic, we haven't really seen the impact of the pandemic in this area yet.
This paper mainly introduces the technology development and application trend of the high-power red 638 nm laser as one of the core components of the three-primary color laser display.
Raybow Opto won the 2021 Laser Industry -- Ringier Technology Innovation Award for its 793nm EEL for Thulium-doped (Tm) fiber Laser pumps for the first time since 2020.
OFweek Laser Awards 2021 was held at the Sheraton Greater China Hotel in Shenzhen. Raybow Optoelectronics has won the OFWEEK Innovation Award for Laser Components, Accessories and Components for its 638nm high-power red LD chip.
On July 12, 2021, Raybow Optoelectronics Co., Ltd. and Shenzhen University reached a strategic cooperation framework agreement, the two sides will jointly build a joint training base for graduate students, the main directions include: high-power semiconductor laser chips, semiconductor laser chip automatic characterization test equipment, automatic defect detection and other professional directions.
In this exhibition, Raybow Opto mainly exhibits 638nm chips for laser display and lighting purposes, 793nm chips for thulium-doped (Tm) fiber lasers, 880nm chips for solid state laser pumps, 905nm chips for laser ranging and liDAR. As well as 808nm 1064nm BAR and 1470nm chip for medical cosmetology.
Shenzhen Raybow Optoelectronics Co., Ltd. was established in 2011 and is located in Shenzhen Longhua Detai Science and Technology Park. It is a national high-tech enterprise specializing in the research and development and production of high-end high-power semiconductor laser chips. , to a complete set of core technologies such as chip packaging and characterization testing, it can provide the market with high-performance, high-reliability and high-power semiconductor laser chips, packaging modules and testing and characterization equipment, and can provide R&D consulting services.