Open Access Presentation
5 March 2021 BWT Beijing Ltd.: BWT 450nm blue diode laser series products
Author Affiliations +
Abstract
Due to high metal absorptivity, the 450nm blue diode laser revolutionizes the processing of high reflection metal (Cu, Au, SS), with its sputtering free, stable melt pool, and good surface quality. Therefore, high power blue diode laser can be used in the 3C field, electrical vehicle, and additive manufacturing fields. Moreover, low power blue diode laser can also be used for wood carving, laser display, and medical use. BWT Ltd was founded in 2003 in Beijing, China. For over 18 years, BWT has specialized in developing and manufacturing high-performance diode lasers for customers all over the world. BWT blue diode laser team has successfully launched the 1000Watt 330um 0.22NA high brightness 450nm blue diode laser in January of 2021. BWT blue diode laser products can be listed into three categories, according to their power range and applications. High power- metal processing 1KW 330um 0.22NA 500W 220um 0.22NA Middle power-3C field, laser display. 300W 200um 0.22NA 150W 105um 0.22NA Low power-wood craving, medical use. 50W 200um 0.22NA 30W 105un 0.22NA 3W 105um 0.22NA The advantages of BWT blue diode laser are high cost performance, a wide range of output powers, professional RD group, customer-oriented service, high stability and reliability, compact size, etc. Besides blue diode laser, BWT also provides other competitive products, such as: Medical multi-wavelength diode laser Wavelength locked pumping diode laser Vertical stack and fiber-coupled bar products Fiber laser and ultrafast laser. Please feel free to contact BWT through the channels below: Website: https://www.bwt-bj.com/en Email: sales@bwt-bj.com Telephone: +86-10-83681052/3/4
Conference Presentation
© (2021) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Rong Chen "BWT Beijing Ltd.: BWT 450nm blue diode laser series products", Proc. SPIE 11716, SPIE Exhibition Product Demonstrations, 117160B (5 March 2021); https://doi.org/10.1117/12.2595952
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