From January 28 to 30, the annual global event for the photonics industry—SPIE Photonics West 2025—will be grandly held at the Moscone Center in San Francisco. As a leading company in China's laser industry, BWT will showcase its semiconductor lasers, fiber lasers, and ultrafast lasers at Booth 349. Industry colleagues are warmly invited to join us at this grand event.
BWT consistently upholds the philosophy of innovation-driven development, dedicating itself to providing high-performance laser solutions to customers worldwide. At this exhibition, Caplin will comprehensively showcase its latest achievements in key application fields, demonstrating the robust capabilities of Chinese laser technology.
Highlight 1:Three Core Product Series on Full Display
Semiconductor Lasers: Pump sources for industrial and scientific research applications, as well as a variety of fiber-coupled and bar stack semiconductor lasers used in fields such as medical and healthcare, material processing, and lighting inspection.
Fiber Lasers: The Lightning series and Thunder series, primarily applied in metal welding, cutting, cladding, cleaning, and 3D printing.
Ultrafast Lasers: Covering picosecond and femtosecond lasers, designed to meet the needs of precision machining and scientific research.
Highlight 2:800W@200μm Blue Laser Debuts Internationally
BWT's recent 800W@200μm and 500W@200μm blue lasers make their overseas debut, lighting up the future of high-precision manufacturing!
This product series offers the following remarkable advantages:
High Brightness Output: Featuring advanced optical design, the 200μm fiber core delivers a high-brightness blue light source, significantly enhancing the processing performance of high-reflectivity metals such as copper and aluminum.
Superior Beam Quality: With precise beam shaping and optimization technologies, the lasers ensure exceptional beam quality, meeting the demands of precision applications like cutting, welding, and 3D printing, achieving both efficiency and quality improvements.
Easy Integration: Standardized interface design enables plug-and-play functionality, allowing seamless adaptation to existing equipment and production lines, greatly improving deployment efficiency.
Highlight 3:Technical Application Sharing and Industry Exchange
At the concurrent LASE conference, BWT's technical experts will share several research findings and innovative technologies, exploring technological development trends and fostering collaboration with industry professionals worldwide.
January 26 · 8:20-8:40
High power narrow linewidth 969nm diode laser pump source for kW class disk laser
January 26 · 11:30-11:50
High-Reliability Spatial Output Blue Laser Based on COS Package
January 28 · 9:20-9:40
Application of 6XXnm MF2 in photodynamic physiotherapy
Location: Moscone South, Room 201 (Level 2)
As the exhibition approaches, Caplin warmly invites you to visit Booth 349 to experience its cutting-edge technologies and innovative products up close. Let’s discuss the future of lasers and explore opportunities for collaboration and growth together!
From January 28 to 30, the annual global event for the photonics industry—SPIE Photonics West 2025—will be grandly held at the Moscone Center in San Francisco. As a leading company in China's laser industry, BWT will showcase its semiconductor lasers, fiber lasers, and ultrafast lasers at Booth 349. Industry colleagues are warmly invited to join us at this grand event.
BWT consistently upholds the philosophy of innovation-driven development, dedicating itself to providing high-performance laser solutions to customers worldwide. At this exhibition, Caplin will comprehensively showcase its latest achievements in key application fields, demonstrating the robust capabilities of Chinese laser technology.
Highlight 1:Three Core Product Series on Full Display
Semiconductor Lasers: Pump sources for industrial and scientific research applications, as well as a variety of fiber-coupled and bar stack semiconductor lasers used in fields such as medical and healthcare, material processing, and lighting inspection.
Fiber Lasers: The Lightning series and Thunder series, primarily applied in metal welding, cutting, cladding, cleaning, and 3D printing.
Ultrafast Lasers: Covering picosecond and femtosecond lasers, designed to meet the needs of precision machining and scientific research.
Highlight 2:800W@200μm Blue Laser Debuts Internationally
BWT's recent 800W@200μm and 500W@200μm blue lasers make their overseas debut, lighting up the future of high-precision manufacturing!
This product series offers the following remarkable advantages:
High Brightness Output: Featuring advanced optical design, the 200μm fiber core delivers a high-brightness blue light source, significantly enhancing the processing performance of high-reflectivity metals such as copper and aluminum.
Superior Beam Quality: With precise beam shaping and optimization technologies, the lasers ensure exceptional beam quality, meeting the demands of precision applications like cutting, welding, and 3D printing, achieving both efficiency and quality improvements.
Easy Integration: Standardized interface design enables plug-and-play functionality, allowing seamless adaptation to existing equipment and production lines, greatly improving deployment efficiency.
Highlight 3:Technical Application Sharing and Industry Exchange
At the concurrent LASE conference, BWT's technical experts will share several research findings and innovative technologies, exploring technological development trends and fostering collaboration with industry professionals worldwide.
January 26 · 8:20-8:40
High power narrow linewidth 969nm diode laser pump source for kW class disk laser
January 26 · 11:30-11:50
High-Reliability Spatial Output Blue Laser Based on COS Package
January 28 · 9:20-9:40
Application of 6XXnm MF2 in photodynamic physiotherapy
Location: Moscone South, Room 201 (Level 2)
As the exhibition approaches, Caplin warmly invites you to visit Booth 349 to experience its cutting-edge technologies and innovative products up close. Let’s discuss the future of lasers and explore opportunities for collaboration and growth together!