Fiber Laser System

BWT laser 3000W single mode Yb-doped fiber lasers features high beam quality near diffraction limits for precision materials processing. With two optional modes, continuous mode and pulse mode, HAZ (heat affected zone) can be minimized. The system is designed for outstanding reliability and can be operated in harsh industrial application environment. BWT laser 3000W fiber lasers are suitable for many applications, such as precision machining, 3D printing, metal plates

Main features: Simple control interface Maximum modulation frequency up to 5kHz Excellent system stability BWT's 6000W combined beam ytterbium-doped fiber laser has excellent beam quality and can realize precision processing; it has two working modes: continuous and modulated pulse, which greatly reduces the processing heat-affected zone; it has reliable performance and modular all-optical fiber Designed, all optoelectronic devices are encapsulated in a rugged chassis, which

Main features: Simple control interface Maximum modulation frequency up to 5kHz Excellent system stability BWT's 12000W combined beam ytterbium-doped fiber laser has excellent beam quality and can realize precision processing; it has two working modes: continuous and modulated pulse, which greatly reduces the processing heat-affected zone; it has reliable performance and modular all-optical fiber Designed, all optoelectronic devices are encapsulated in a rugged chassis, which

Main features: Simple control interface Maximum modulation frequency up to 5kHz Excellent system stability BWT's 20000W combined beam ytterbium-doped fiber laser has excellent beam quality and can realize precision processing; it has two working modes: continuous and modulated pulse, which greatly reduces the processing heat-affected zone; it has reliable performance and modular all-optical fiber Designed, all optoelectronic devices are encapsulated in a rugged chassis, which

500W single mode Yb-doped fiber lasers feature high beam quality near diffraction limits for precision materials processing. With two optional modes, continuous mode and pulse mode, HAZ (heat affected zone) can be minimized. The system is designed for outstanding reliability and can be operated in harsh industrial application environment. BWT laser 500W fiber lasers are suitable for many applications, such as precision machining, 3D printing, metal plates processing, Li

BWT laser 2000W fiber lasers are suitable for many applications, such as precision machining, 3D printing, metal plates processing, Li battery soldering, etc. Materials can be processed include steels, aluminum based and nickel based alloys, copper, titanium alloy, ceramics and many others. Main features: Simple control interface Outstanding system reliability Maximum modulated frequency 5kHz Higher current-laser transforming efficiency Excellent power stability Application:

FEATURES  Low cost  Maintenance free operation  Modulation frequency up to 5kHz  High wall-plug efficiency  Excellent power stability  Outstanding reliability  Convenient control interface APPLICATION  Welding  Surface treatment  Cladding  Libattery manufacture BWT laser 6000W single mode Yb-doped fiber lasers features high beam quality near diffraction limits for precision materials processing. With two optional modes, continuous mode and pulse mode, HAZ (heat