Automotive Industry

Automotive Manufacturing

With high precision and high efficiency, we help automobile manufacturing achieve efficient production and high-quality innovation.

Advantages of Laser Technology in The Automotive Industry

In the automotive industry chain, laser technology applications are mainly concentrated in the middle and lower reaches, and the new energy vehicle market is still in a period of rapid growth. Automobile manufacturing is an industry with a large number of laser technology applications, including typical applications such as laser brazing of body-in-white, on-the-fly welding, three-dimensional laser cutting of hot-formed parts and carbon fiber materials, laser welding of powertrain systems, laser quenching of engine components, laser cladding of stamping dies, and traceable laser marking.

High-precision processing:
Laser technology can provide extremely high processing accuracy to meet the precise requirements of complex components in automobile manufacturing.

Wide applicability:
Laser technology can process a variety of materials, including low-carbon low-alloy steel, high-strength steel, stainless steel and aluminum alloy, covering almost all material requirements in automobile manufacturing.

Environmental protection and energy saving:
As a non-contact processing method, laser technology can reduce physical damage and material waste during processing.

High degree of automation:
Cooperation with equipment such as robotic arms can realize automatic processing and welding of complex parts, further improving production efficiency and product quality.

Identification and Traceability

Many automotive parts and components are made of materials such as: steel, light metals, and plastics and are marked for traceability and quality control. Laser marking systems are the ideal tool for marking legible alphanumeric, bar codes and data-matrix codes on nearly all materials used in automotive manufacturing.Tamper-proof traceability & identification are an integral part of automotive manufacturing and every vehicle contains hundred’s, if not thousands of laser marked parts and components. Whether it be engine or exhaust components, safety systems, electronic systems, structural metal, or PCB. Such as steering column stalks, gauges, radio and temperature controls, window switches, key fobs, tires , suspension parts and various parts under the hood. Lyustec laser marking systems can offer significant gains over traditional marking and engraving methods.

Body in White

Laser welding in the automotive industry has applications that enable manufacturers to weld component engine parts, transmission parts, alternators, solenoids, fuel injectors, fuel filters, body panels, bumper, air and conditioning equipment as well as many other applications. Laser welding is a great tool due to its ability to weld pre-machined components with restricted heat and minimal distortion. Laser welding has numerous advantages and benefits over traditional welding methods and can greatly reduce costs while improving production efficiency and quality.

Automotive interior

Laser processing technology is highly flexible and precise, and performs well in automotive interior manufacturing, promoting innovation and differentiation in interior design. Laser wire drawing technology enhances the surface characteristics of materials, improves quality, improves appearance texture, enhances wear resistance and corrosion resistance, and ensures the durability of interior decoration. Laser leather engraving and perforation technology enhances the aesthetics and functionality of interior decoration, meets personalized customization needs, and increases product added value and market competitiveness.

Electromobility batteries

The application of laser technology in new energy vehicle batteries has penetrated into multiple links such as battery cell assembly and module PACK. Its high efficiency, high precision and environmental protection characteristics make laser technology an indispensable part of new energy vehicle battery manufacturing. With the continuous development and innovation of technology, laser technology will play a more important role in the manufacturing of new energy vehicle batteries.