On October 30, 2025, the technical team of Chongqing Chuke Intelligent Machinery Equipment Co., Ltd. (hereinafter referred to as "Chuke Intelligent") visited a communication equipment manufacturing company with its independently developed platform-based
Automated Laser Welding Machine to conduct on-site docking and technical delivery for a base station component welding project. This cooperation marks another industry recognition of Chuke Intelligent's technical strength in the field of high-end laser welding equipment, and its customized solutions will help customers achieve a dual leap in production efficiency and product quality.
Base station components, as key components of communication equipment, have extremely high requirements for welding precision, sealing, and corrosion resistance. Traditional welding processes are prone to workpiece deformation due to excessive heat input, and manual operation is inefficient and inconsistent, making it difficult to meet the needs of large-scale production. Addressing the customer's pain points, the Chuke Intelligent technical team tailored a platform-based automated
Laser Welding Machine, achieving production upgrades through the following core technological breakthroughs:
High-precision automated control: The equipment is equipped with an intelligent vision positioning system that can capture workpiece position deviations in real time, ensuring that the welding trajectory error is less than 0.05mm, perfectly adapting to the micron-level processing requirements of base station components. Non-contact welding process: The concentrated laser beam energy and small heat-affected zone reduce workpiece deformation by 80% compared to traditional processes, effectively ensuring the mechanical properties and appearance quality of components. Modular design for flexible adaptation: The equipment supports multi-axis linkage and multi-station collaborative operation, allowing for rapid switching between welding programs for different component specifications. The daily output of a single unit is more than three times that of traditional processes.
At the delivery site, the technical team demonstrated the welding process of a base station antenna bracket: The laser beam precisely melts the metal joint at a speed of several meters per second, resulting in a smooth weld surface without spatter. Testing showed that the weld strength reached over 95% of the base material, fully meeting the stringent standards of the communications industry. The customer's production manager stated, "Chuke Intelligent's equipment not only solved our long-standing bottleneck in welding yield but also reduced manual labor by 60% through automation, providing crucial support for capacity expansion."
Chuke Intelligent's delivery of this project was not merely a single equipment supply but rather the construction of a full-chain support system encompassing "technology + service + ecosystem": The technical team provided specialized training for the customer's operators, covering laser safety regulations, equipment parameter debugging, and troubleshooting of typical faults, ensuring the customer's independent operation and maintenance capabilities. Based on the characteristics of its clients' production lines, Chuke Intelligent has established a dedicated process parameter library, recording the optimal welding solutions for different materials and thicknesses, and supporting remote updates and iterations.
With the accelerated construction of 5G base stations and the rise of intelligent manufacturing, laser welding technology is becoming a core engine for high-end equipment manufacturing. At the delivery ceremony, Xiao Renmin, Chairman of Chuke Intelligent, emphasized: "We not only want to sell equipment, but also to become partners in our clients' intelligent transformation. The successful implementation of this base station component project verifies the irreplaceable role of laser welding in the field of precision manufacturing."
It is reported that Chuke Intelligent recently launched a 3000W dual-wire
Handheld Laser Welding Machine, which improves the welding efficiency of thick plates by 50% through dual-wire synchronous cladding technology and has been widely used in fields such as engineering machinery and shipbuilding. The delivery of this base station component project further consolidates its technological leadership in the laser welding equipment market.
In the future, Chuke Intelligent will continue to deepen its expertise in laser welding technology, driving manufacturing upgrades through innovation, providing global clients with more efficient and intelligent welding solutions, and helping Chinese intelligent manufacturing move towards the high end of the global value chain.
