At the "Vico Cup · OFweek 2024 Laser Industry Annual Awards" ceremony held on August 28, BWT Optoelectronics won the Best Fiber/Disk Laser Technology Innovation Award and the Best Solid/Ultrafast Laser Technology Innovation Award for its innovative breakthroughs in laser technology. This recognition highlights the industry's high regard for BWT's achievements in technological innovation and practical application.
Best Fiber/Disk Laser Technology Innovation Award
The development of BWT's self-designed global first 150kW ultra-high-power industrial fiber laser marks a new milestone for domestic laser technology. With the integration of CTC chip design, Thunder optical platform, and power combining technology, this laser redefines the performance boundaries of industrial lasers with four core advantages: high power, high brightness, high integration, and ultra-long armored cable.
It is particularly noteworthy that BWT has innovatively introduced femtosecond laser grating technology, effectively suppressing the nonlinear effects in fiber lasers and ensuring spectral purity. This technological breakthrough not only addresses the long-standing challenges of beam quality and output power stability in ultra-high-power products but also leads the industry toward higher efficiency and precision in laser manufacturing with its self-developed ultra-high-power laser combining and output core optical components.
The Thunder 150kW fiber laser will further accelerate the mass application of ultra-high-power laser equipment in production practices, enhancing the level of laser manufacturing in China. In the field of laser processing, it will gradually replace traditional high-pollution and high-energy-consuming processes such as flame cutting, plasma cutting, and high-pressure water cutting. Additionally, it will progressively expand into high-end sectors such as aerospace, automotive manufacturing, shipbuilding, heavy industry, and nuclear power.
Best Solid/Ultrafast Laser Technology Innovation Award
BWT has also demonstrated exceptional strength in the field of ultrafast lasers. The BWT high-energy infrared femtosecond laser utilizes hybrid amplification technology, achieving the perfect combination of stability and high energy. Based on core components and unique dispersion management technology, its performance has been dramatically improved, featuring high energy, narrow pulse width, high beam circularity, and excellent stability.
Specifically, its power output exceeds 20W, with pulse width less than 300fs, and single pulse energy reaching over 1mJ, significantly reducing thermal effects during the processing. With effective crystal cooling technology and integrated cavity design, the product can operate stably over the long term, providing strong support for precision processing of waveguide fabrication, glass cutting, polymer materials, and new energy materials.
Looking ahead, BWT will continue to uphold the value of "Creating Extraordinary Change," collaborating with various stakeholders to jointly drive the Chinese manufacturing industry toward a greener, smarter, and more sustainable future.
At the "Vico Cup · OFweek 2024 Laser Industry Annual Awards" ceremony held on August 28, BWT Optoelectronics won the Best Fiber/Disk Laser Technology Innovation Award and the Best Solid/Ultrafast Laser Technology Innovation Award for its innovative breakthroughs in laser technology. This recognition highlights the industry's high regard for BWT's achievements in technological innovation and practical application.
Best Fiber/Disk Laser Technology Innovation Award
The development of BWT's self-designed global first 150kW ultra-high-power industrial fiber laser marks a new milestone for domestic laser technology. With the integration of CTC chip design, Thunder optical platform, and power combining technology, this laser redefines the performance boundaries of industrial lasers with four core advantages: high power, high brightness, high integration, and ultra-long armored cable.
It is particularly noteworthy that BWT has innovatively introduced femtosecond laser grating technology, effectively suppressing the nonlinear effects in fiber lasers and ensuring spectral purity. This technological breakthrough not only addresses the long-standing challenges of beam quality and output power stability in ultra-high-power products but also leads the industry toward higher efficiency and precision in laser manufacturing with its self-developed ultra-high-power laser combining and output core optical components.
The Thunder 150kW fiber laser will further accelerate the mass application of ultra-high-power laser equipment in production practices, enhancing the level of laser manufacturing in China. In the field of laser processing, it will gradually replace traditional high-pollution and high-energy-consuming processes such as flame cutting, plasma cutting, and high-pressure water cutting. Additionally, it will progressively expand into high-end sectors such as aerospace, automotive manufacturing, shipbuilding, heavy industry, and nuclear power.
Best Solid/Ultrafast Laser Technology Innovation Award
BWT has also demonstrated exceptional strength in the field of ultrafast lasers. The BWT high-energy infrared femtosecond laser utilizes hybrid amplification technology, achieving the perfect combination of stability and high energy. Based on core components and unique dispersion management technology, its performance has been dramatically improved, featuring high energy, narrow pulse width, high beam circularity, and excellent stability.
Specifically, its power output exceeds 20W, with pulse width less than 300fs, and single pulse energy reaching over 1mJ, significantly reducing thermal effects during the processing. With effective crystal cooling technology and integrated cavity design, the product can operate stably over the long term, providing strong support for precision processing of waveguide fabrication, glass cutting, polymer materials, and new energy materials.
Looking ahead, BWT will continue to uphold the value of "Creating Extraordinary Change," collaborating with various stakeholders to jointly drive the Chinese manufacturing industry toward a greener, smarter, and more sustainable future.
