400W High-precision galvanometer laser welding machine for micro-motor XGY-Q-W200
The galvanometer welding machine is composed of YAG solid laser, laser power supply, optical scanning system, plane field focusing system, opical fiber coupling transmission system, computer and programmable controller, cooling system, laser display system, operation cabinet and three-axis CNC worktable. After equipped with special laser welding software, the welding spot or graph can be directly entered and edited in the software. With the software, it is also feasible to process the spot or graph that is editable in other software such as AutoCAD and CoreIDRAW, etc.
The quick movement of laser spot from laser of galvanometer laser welding machine is realized through the swinging of galvanometer. So, the high-speed high-precision spot welding and continuous welding of any graph can be realized on the welding plane within the welding range. Thus, it is highly advanced in welding speeding compared with the welding of traditional welding machine that moves the work pieces by step-in motor transmission.
Applications:
It can be applied in off-line / online welding for mass production enterprises in industries such as electronic, communication, hardware and so on.
The main application fields include efficient spot welding or seal welding for phone screen dome, metal phone shell, metal capacitor shell, hard disk, micro-motor, sensor and relevant products.
Specifications:
Technical Parameter
|
Product model |
XGY-Q-W200 |
|
Laser power: |
400W |
|
Wavelength: |
1064nm |
|
Pulse width |
≤20ms |
|
≤100 Hz |
≤100 Hz |
Competitive Advantage:
The quick movement of laser spot from laser of galvanometer laser welding machine is realized through the swinging of galvanometer. So, the high-speed high-precision spot welding and continuous welding of any graph can be realized on the welding plane within the welding range. Thus, it is highly advanced in welding speeding compared with the welding of traditional welding machine that moves the work pieces by step-in motor transmission.
