3000W GANTRY BATTERY LASER WELDING MACHINE

Gantry-type achieve wide-range welding by moving the galvanometer via a mechanical axis, making them suitable for large workpieces and structural components.

Based on traditional gantry robots, the galvanometer welding head is mounted on a CNC (X/Y/Z axis) machine. During welding, the mechanical axis moves to a specific position, and the galvanometer rapidly scans and welds within a small area.

Descriptions

Item	Gantry battery laser welding machine
Laser Power	3000w
Laser Wavelength	1070±20nm
Fiber core diameter	50μm/100μm
Weld penetration depth	0.5-3mm
Scan range	100100-200200mm
Cooling system	Water cooling
Welding speed	30mm/s – 150mm/s
Idle speed	3000mm/s – 8000mm/s
Oscillation frequency	100Hz-400Hz
Oscillation Width	0.5mm – 2.0mm
Working mode	Circle, straight line, ring, figure 8
Duty cycle	100%
Peak power	60%-90%
Work environment	0-40 ℃，Humidity ＜70%

GANTRY GALVANOMETER LASER WELDING MACHINE ADVANTAGES:

High-speed galvanometer system: Utilizes a servo motor to drive the reflecting mirror, enabling rapid deflection and positioning of the laser beam within a wide field of view, significantly reducing idle positioning time.
Precision welding: Small focused spot size, suitable for welding microstructures, resulting in aesthetically pleasing welds and a small heat-affected zone.
High efficiency: Program-controlled multi-point instantaneous welding enables extremely fast linear or pattern welding.
Wide applications: Can be used for welding thin-walled materials, precision parts, lithium battery modules, sensors, electronic components, etc.

GANTRY GALVANOMETER LASER WELDING MACHINE APPLICATIONS:

New Energy Batteries: High-speed precision welding of lithium battery tabs, covers, and power battery modules.
Microelectronics and Precision Instruments: Micro-spot welding of mobile phone shielding covers, phone cases, micromotors, sensors, and integrated circuit leads.
Automotive Parts: Welding of complex components such as IGBT power modules and fuel cell metal bipolar plates.
Medical Devices: Connection processes requiring extremely high cleanliness, such as those used in hemodialysis machines and microfluidic devices.