Машина для маркировки карбида лазером из волокон HF20
DescriptionFiber laser marking machine is the use of fiber laser as the main light source, through the precision control software control high-speed scanning vibroscope laser beam focused into fine laser points, action directly on the surface of the material, the material gasification at high temperature to form the required marking traces. Fiber laser has the characteristics of small size, excellent beam quality and maintenance-free. Main Parameters Model HZ-ZF20W/30W/50W
Станок для волоконной лазерной резки CBN
Description Laser cutting is a new type of cutting method, and also one of the important aspects of laser material processing technology. Fiber laser cutting machine is through the control of high precision fiber laser pulse width, pulse energy, peak power and repetition frequency and other parameters, so that it emits 1064nm wavelength infrared laser beam, after collimating focusing so that the laser focus spot diameter of 0.05 to 0.08mm, the temperature reached 1600 degrees
Машина для маркировки лазером на волоконных волокон для ПКД HF20
Description Fiber laser marking machine is the use of fiber laser as the main light source, through the precision control software control high-speed scanning vibroscope laser beam focused into fine laser points, action directly on the surface of the material, the material gasification at high temperature to form the required marking traces. Fiber laser has the characteristics of small size, excellent beam quality and maintenance-free. Main Parameters Model HZ-ZF20W/30W/50W
HZ-QF150A Лазерная резальная машина для волокон
Description Laser cutting is a new type of cutting method, and also one of the important aspects of laser material processing technology. Fiber laser cutting machine is through the control of high precision fiber laser pulse width, pulse energy, peak power and repetition frequency and other parameters, so that it emits 1064nm wavelength infrared laser beam, after collimating focusing so that the laser focus spot diameter of 0.05 to 0.08mm, the temperature reached 1600 degrees
Машины для маркировки лазером из волокон HF20 для сверхжестких материалов
Product Description Fiber laser marking machine is the use of fiber laser as the main light source, through the precision control software control high-speed scanning vibroscope laser beam focused into fine laser points, action directly on the surface of the material, the material gasification at high temperature to form the required marking traces. Fiber laser has the characteristics of small size, excellent beam quality and maintenance-free. Main Parameters Model HZ-ZF20W
Станок для лазерной резки HZ-QF300A с углом зазора
Description Laser cutting is a new type of cutting method, and also one of the important aspects of laser material processing technology. Fiber laser cutting machine is through the control of high precision fiber laser pulse width, pulse energy, peak power and repetition frequency and other parameters, so that it emits 1064nm wavelength infrared laser beam, after collimating focusing so that the laser focus spot diameter of 0.05 to 0.08mm, the temperature reached 1600 degrees
HZ-QF300A PCD оптические волоконные лазерные режущие машины с высокой мощностью
Product Description Laser cutting is a new type of cutting method, and also one of the important aspects of laser material processing technology. Fiber laser cutting machine is through the control of high precision fiber laser pulse width, pulse energy, peak power and repetition frequency and other parameters, so that it emits 1064nm wavelength infrared laser beam, after collimating focusing so that the laser focus spot diameter of 0.05 to 0.08mm, the temperature reached 1600
HZ-QF300A Лазерная режущая машина для волоконного лазера с углом просвета
Description Laser cutting is a new type of cutting method, and also one of the important aspects of laser material processing technology. This one is very special for it can cutting with clearance angle. Fiber laser cutting machine is through the control of high precision fiber laser pulse width, pulse energy, peak power and repetition frequency and other parameters, so that it emits 1064nm wavelength infrared laser beam, after collimating focusing so that the laser focus