The robotic arm laser welding system with a tooling fixture offers high precision and automation, perfect for intricate welding tasks in manufacturing. Its advanced tooling fixture enhances positioning accuracy, enabling complex welds with consistent quality. However, with high-power laser welding, excess heat generation is inevitable, which can compromise system stability and weld quality if not managed effectively.This is where the TEYU CWFL-3000 fiber laser chiller steps in. Designed to handle the cooling demands of 3kW fiber lasers, the CWFL-3000 with dual cooling channels delivers stable temperature control, essential for achieving consistency and durability in fiber laser welding applications. Laser Chiller CWFL-3000 has stable and efficient cooling, an intelligent control panel, built-in multiple alarm protection, and supports Modbus-485, making it the ideal cooling solution for up to 3kW robotic arm laser welding systems.

In this video, the RMFL-3000 rack laser chiller is precision-controlling the temperature for the robotic laser welding machine. As the chiller manufacturer of laser chiller model RMFL-3000, we are thrilled to showcase the capabilities of this state-of-the-art chiller machine.Rack laser chiller RMFL-3000 adopts advanced cooling technology to ensure consistent and reliable temperature regulation of 1000-3000W fiber laser machines. This compact cooling solution is perfect for custom all-in-one designs, offering dual cooling circuits dedicated to both laser and optics/weld guns. Its seamless integration with the mechanical arm demonstrates its adaptability and versatility in diverse industrial settings. With the remarkable temperature precision of RMFL-3000, the welding process is both efficient and accurate, enhancing the weld's quality and extending the welding equipment's lifespan. If you're looking for a rack chiller for your robotic laser welding machine, RMFL-3000 is the ideal coo...

For high-precision 2kW laser welding applications, temperature stability is key to achieving consistent, high-quality results. This advanced system combines a robotic arm with a TEYU laser chiller to ensure reliable cooling throughout operation. Even during continuous welding, the laser chiller keeps thermal fluctuations in check, safeguarding performance and precision.



Equipped with intelligent dual-circuit control, the chiller independently cools both the laser source and the welding head. This targeted heat management reduces thermal stress, enhances weld quality, and helps extend the service life of the equipment, making TEYU laser chillers an ideal partner for automated laser welding solutions.

Robotic laser welding machines offer higher precision and efficiency, greatly improving production efficiency and reducing human errors. These machines consist of a laser generator, fiber optic transmission system, beam control system, and robot system. The working principle involves heating the welding material through a laser beam, melting it, and connecting it. The highly concentrated energy of the laser beam enables fast heating and cooling of the weld, resulting in high-quality welding. The beam control system of the robotic laser welding machine allows for precise adjustment of the laser beam's position, shape, and power to achieve perfect control during the welding process. TEYU S&A fiber laser chiller ensures the reliable temp control of the laser welding equipment, ensuring its stable and continuous operation.