PRODUCT
Nanosecond Laser Welding Machine
As a nanosecond fiber laser with MOPA structure, the highest frequency reaches 1000kHz with extremely high peak energy. There are pulse mode and CW mode, which can call a variety of wave types and can precisely control the heat input. This model has great advantages in welding thin plate material (below 0.2mm), high anti-material (copper alloy, aluminum alloy, gold), and dissimilar metal welding. The welded products have good weld joint formation, consistent and uniform size, and significantly improved tensile strength and shear strength compared to YAG and millisecond fiber lasers.
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QCW Medical Device Laser Welding Machine
QCW is a quasi-continuous fiber laser that controls the continuous fiber laser in a pulse-controlled manner to obtain the higher peak power and laser energy that a pulsed laser has, but with the excellent beam quality of a fiber laser to achieve the best welding results.
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QCW Quasi-Continuous Laser Welding Machine
QCW is a quasi-continuous fiber laser that controls the continuous fiber laser in a pulse-controlled manner to obtain the higher peak power and laser energy that a pulsed laser has, but with the excellent beam quality of a fiber laser to achieve the best welding results.
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Four-axis automatic laser welding machine
Fiber laser is mainly composed of pump source, coupler, rare earth element doped fiber, resonant cavity and other components. The pump source consists of one or more high-power laser diode arrays, which emits pump light coupled into the rare earth element-doped fiber as the gain medium through a special pump structure. The photons on the pump wavelength are absorbed by the doped fiber medium, forming a particle number inversion, and the excited emitted light wave is fed back and oscillated by the resonant cavity mirror to form the laser output.
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YAG fiber optic transmission energy negative feedback welding series
Negative Energy Return
Fiber optic transmission
Single point energy up to 100J
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