Thunder series fiber laser
BWT beam combining fiber laser has excellent beam quality, which can realize precise processing. It can provide continuous and regulated pulse modes for selection, which significantly reduce the heat-affected zone during processing. It features reliable performance and a full modularized fiber design. All photoelectric devices are enclosed in the solid shell and can withstand stringent industrial application conditions, which are widely applied to such fields as precise processing, 3D printing, sheet metal processing, and Lithium-ion battery processing. It is available for the processing of diversified materials, such as various steels, aluminum and nickel base alloys, titanium alloy, and alumina ceramics.
Lightning series fiber laser
BWT Lightning Series (single emitter) fiber laser has excellent beam quality, of which laser beam can be focused to the extent that is approximate to diffraction limit to realize precise processing. It can provide continuous and regulated pulse modes for selection, which significantly reduce the heat-affected zone during processing. It features reliable performance and a full modularized fiber design. All photoelectric devices are enclosed in the solid shell and can withstand stringent industrial application conditions, which are widely applied to such fields as precise processing, 3D printing, sheet metal processing, and Lithium-ion battery processing. It is available for the processing of diversified materials, such as various steels, aluminum and nickel base alloys, titanium alloy, and alumina ceramics.
Direct diode laser
Direct diode laser compared with traditional lasers, direct diode laser has higher photoelectric conversion efficiency, lower power consumption owing to such features as compact structure and easy application. By right of its flexible laser output mode, it is available for easy integration with system equipment, which can be used for metal welding, industrial cladding, quenching, material treatment, laser study, and so on.
