In manufacturing scenarios such as new energy vehicles, precision electronics, and aerospace, Material condition, assembly error, and workpiece position Changes may affect the final welding quality. Relying solely on fixed parameters is difficult to cover increasingly complex production needs.

Our embodied intlligent laser welding system will AI vision, precision motion control, high brightness laser and real-time feedback Deep system integration enables devices to have stronger capabilities Environmental perception and processing control capability 。

The system supports the maximum 320mm × 210mm Large welding area, equipped with ± 5 μ m AI automatic calibration accuracy And support mirror flight welding to achieve high-precision dynamic machining. Meanwhile, through real-time process switching, it can quickly adapt to the production needs of different products; Integrated PSC online welding quality monitoring The system provides real-time monitoring of the machining process, enabling welding quality to be improved“ Result detection ”Going further“ process control ”.

On this basis, our AI intelligent laser welding solution is integrated Coaxial vision, three wavelength monitoring, OCT depth sensing By utilizing technology, processing information can be obtained from dimensions such as visual, temperature/optical signals, and depth Intelligent recognition, process monitoring, and process optimization Provide data foundation.

face, confront Multi variety, small batch, high customization For production needs, we have launched a lightweight collaborative robot laser welding platform.

Translate Laser, control system, fixture and collaborative robot Integrated into an integrated mobile platform, it can be flexibly deployed according to production needs. Equipped with mainstream brand collaborative robots, welding tasks can be completed through simple demonstration programming, reducing the threshold for equipment operation.

The platform supports both Welding process database and parameter formula management Matching processes can be called based on different materials, and mature processes can be stored and reused.

from Metal products, mechanical components, to aerospace and automotive parts In various fields, this more flexible laser welding platform provides a new automation option for small batch precision manufacturing, and also promotes the traditional TIG/MIG manual welding to be more efficient Efficient and flexible Upgrade the laser welding method.

Intelligent laser equipment The value of Not just the hardware itself. A new process from sample to stable mass production requires going through Process development, parameter validation, equipment debugging, trial production ramp up, and production line import Waiting for multiple stages.

Therefore, we not only provide high brightness fiber lasers and intelligent laser equipment, but also establish a A technical service system covering the entire process 。

01 Process development and validation

Develop and validate welding processes for new materials and applications, and complete Material testing, parameter evaluation, sample production, quality inspection, and customized solutions Design.

02 Small batch trial production and debugging

Provide production line Scheme design, equipment debugging, process optimization, operation training, and SOP development And conduct process stability verification.

03 Production Line Technical Support

Provide integrated solutions around machines, robots, and automated production lines to support Process transplantation, on-site debugging, and remote and on-site technical services Continuously optimize the mass production process.

From sample validation to mass production, the true implementation of technical solutions is the direction of laser solutions industrialization The key.

AI can help devices perceive and make decisions, but a stable and high-quality laser light source is still the foundation for the entire system to achieve precise machining.

We continue to deepen our cultivation of high brightness fiber laser technology, with high-quality beams as the core, integrating lasers with Vision, Sensing, Motion Control, Robotics, and Intelligent Algorithms Further integration enables lasers to gradually become the core execution unit in intelligent manufacturing systems from a single energy output unit.

Make lasers more precise, make equipment more intelligent, and make manufacturing more flexible.

From high brightness fiber lasers to AI intelligent welding systems, embodied intelligent laser welding machines, and collaborative robot platforms, we are exploring more possibilities for the deep integration of laser technology with advanced manufacturing.