Automotive Industry

As the wave of new energy surges forward and intelligent driving reshapes the industry landscape, automotive component manufacturing is entering an era of “precision revolution.” With contactless processing, micron-level accuracy, and exceptional flexibility, laser cutting machines break through the limitations of traditional processes. From power batteries to drivetrains, from intelligent sensors to vehicle structures, they safeguard every detail with precision. By enabling lightweighting, integration, and intelligent transformation, laser cutting technology injects powerful momentum into the evolution of the automotive industry.

Automotive Industry

One Platform. Multiple Applications.

Our flexible machine platforms—covering cutting, welding, and bending—are engineered for maximum adaptability across diverse production needs. Equipped with process-optimized parameters for materials such as steel, aluminum, copper, and composites, they ensure precision and efficiency in every operation. Intelligent control systems enable seamless integration with MES and ERP platforms, facilitating smarter decision-making and real-time production monitoring. Designed with future-ready automation in mind, the systems are fully compatible with robotic loading, sorting, and stacking, paving the way for streamlined, high-efficiency manufacturing.

Body Panels and Sheet Metal Parts

Pain Points We Address:

Modern automotive and NEV manufacturing faces rising demands for precision, speed, and multi-material compatibility. From lightweight aluminum and high-strength steel to complex battery and motor components, production requires reliable cutting and welding of diverse structures. Our fiber laser systems deliver fast, high-precision processing across all key parts—chassis frames, battery trays, suspension arms, and motor housings—with minimal thermal deformation and seamless integration into automated lines, enabling efficient, high-quality mass production

Chassis Frames and Tubular Structures

Pain Points We Address:

Automotive chassis frames and tubular components demand exceptional structural strength, dimensional accuracy, and seamless integration with vehicle platforms. These parts are often made from high-strength steel, aluminum, or complex alloys—posing challenges in cutting, welding, and deformation control. Our laser solutions provide high-speed, burr-free cutting and deep-penetration welding for tubular crossbeams, crash beams, side rails, subframes, and space frame structures. With automated loading systems and adaptive clamping, we ensure precision for both round and rectangular tubes, even at high throughput. Real-time monitoring minimizes heat distortion, delivering clean joints and tight tolerances essential for safety-critical automotive applications.

New Energy Vehicle Components

Pain Points We Address:

New energy vehicles (NEVs) rely on lightweight, high-precision components—such as battery trays, motor housings, and module frames—often made from aluminum alloys or multi-layer metals. These materials demand cutting and welding solutions that minimize thermal distortion while ensuring clean, oxidation-free edges. Our fiber laser systems are optimized for NEV part production, offering high-speed, burr-free processing of battery enclosures, cell holders, and complex structural supports. Advanced control algorithms enable precise joining of dissimilar materials, supporting faster assembly and consistent quality for large-scale EV manufacturing lines.