2000W Platform Module Laser Welding Machine

The Yili Laser 2000W Platform Module Laser Welding Machine is a precision welding solution in the field of industrial manufacturing. Its core advantage lies in the perfect integration of high-power laser technology with a modular design concept. Equipped with a 2000W highly stable fiber laser, the device achieves an excellent beam quality of M²<1.2. Combined with a self-developed intelligent temperature control system, it ensures millisecond-level stability of beam parameters during continuous operation, with a maximum welding depth-to-width ratio of up to 8:1, significantly outperforming traditional welding processes.

In terms of system architecture, it adopts a modular platform design concept, comprising four core subsystems: the laser generation module, motion control module, visual positioning module, and process database. Among these, the combination of a high-rigidity marble base and a linear motor drive system achieves a repeat positioning accuracy of ±0.02mm. The integrated 5-megapixel CCD visual system, paired with deep learning algorithms, automatically identifies weld seam positions and corrects trajectory deviations in real-time. The device supports precision welding of various materials, including stainless steel, carbon steel, and aluminum alloys, making it particularly suitable for applications with stringent requirements for weld seam airtightness, such as power battery modules and automotive components.

The intelligent process control system is another major technical highlight of the device. It comes pre-loaded with over 200 sets of industrially validated welding parameter templates and can seamlessly integrate with MES systems via the OPC-UA protocol. The operation interface features a 10.1-inch industrial-grade touchscreen, supporting 3D welding path programming and real-time energy monitoring, combining high-end performance with user-friendly operation. In terms of safety, the entire machine is CE-certified and equipped with a five-layer protective interlock mechanism, including a laser safety cabin, emergency stop device, and gas monitoring modules, ensuring absolute safety and reliability during operation.