ACEY-LWM3000Z gantry-type continuous galvanometer laser welding machine employs an internationally advanced fiber laser source integrated with a self-developed gantry machine tool, delivering excellent rigidity and stability. Driven by precision guide rails and equipped with a high-response servo motor, it achieves high accuracy and speed. The machine is primarily designed for welding aluminum-copper busbar connectors in prismatic lithium-ion battery packs.

• Equipped with a high-power fiber continuous laser, delivering ample power, high speed, and precision for stable welding quality
• Supports up to 6-axis motion control, adapting to various automation needs—compatible with production lines or standalone operation
• Features a high-power galvanometer welding head paired with an XY gantry motion platform, enabling effortless welding of complex trajectories
• Dedicated welding control software provides expert process parameters, robust data storage and retrieval functions, and advanced graphic design and editing capabilities
• An integrated CCD monitoring system simplifies calibration and enables real-time observation of weld quality
• A red beam positioning system ensures rapid workpiece alignment and focal distance adjustment for user-friendly operation
• A high-performance water cooling circulation system maintains constant temperature, enhancing weld consistency and prolonging equipment service life

Frequently Asked Questions

1. What is a 3000W battery pack laser welding machine used for?

It is designed for precision welding during lithium-ion battery pack and energy storage battery manufacturing, including battery tabs, busbars, and other battery pack components.

2. What types of batteries can this laser welding machine be used for?

The machine is suitable for lithium battery pack manufacturing and can be used for applications involving prismatic and pouch battery packs, depending on the welding material and fixture configuration.

3. What materials can be welded with the 3000W laser welder?

The laser welding system can be configured for commonly used battery materials such as aluminum, copper, nickel, and other metal components used in battery pack assembly. The actual welding capability depends on material type and thickness.

4. Why use laser welding for lithium battery packs?

Laser welding provides fast, precise, and consistent welding, making it suitable for battery pack manufacturing where stable weld quality and accurate positioning are important.

5. Can the laser welding machine be integrated into an automatic battery production line?

Yes. The machine can be used as a standalone welding system or integrated into a lithium battery pack production line. The configuration can be adapted according to the battery structure, welding process, and production requirements.