Solution

Email:cynthiazheng@dpxlaser.com
Address: Room 601, Building 4, Huidongsheng Industrial Park, No. 1028 Guangqiao Avenue, Yulu Community, Guangming District, Shenzhen (South Gate)

Shenzhen Horizon Laser Technology Co., Ltd. specializes in the research, development, and manufacturing of laser equipment, with deep expertise in laser welding, cutting, cleaning, marking, and related automated processes. Integrating R&D, manufacturing, sales, and technical services, the company serves the automotive and new‑energy industries by offering comprehensive, turnkey smart manufacturing solutions for metal joining, precision machining, and automated assembly and inspection, helping automotive manufacturers achieve process upgrades and enhance production efficiency.

In the automotive manufacturing sector, Horizon Laser offers a diverse portfolio of laser processing equipment and customized process solutions, covering applications such as dedicated laser welding systems for automotive components, welding of new‑energy battery trays, and precision welding of motor drive parts. These solutions are tailored to meet the processing needs of white‑body components, seat assemblies, transmission parts, butt‑welding of dissimilar‑thickness sheet metal, and body panels, among others.
 

Addressing key trends in the new‑energy vehicle industry, this equipment can perform laser welding of aluminum alloy and high‑strength steel battery trays and battery top covers, while also meeting the precision welding and assembly requirements for core components such as motor stators, differentials, and electric drive axles. It supports standalone operation as well as integration with enterprise‑level automated production lines, accommodating diverse manufacturing needs—from large‑volume mass production to small‑batch prototyping.

With the rapid rise of the new‑energy vehicle and intelligent‑vehicle industries, vehicle lightweighting, enhanced safety performance, flexible manufacturing, and green production have become core strategic priorities. Meanwhile, the industrial value of laser processing continues to grow in prominence. Lightweighting is a key enabler for extending the driving range and improving energy efficiency of new‑energy vehicles; laser non‑contact welding generates a minimal heat‑affected zone, allowing reliable joining of lightweight components such as battery modules and electric motors, thereby helping vehicles meet their weight‑reduction targets. For the numerous sensors and actuator components in smart vehicles, laser precision welding ensures superior connection quality, further enhancing the stability and operational reliability of the vehicle’s control systems.
 

The widespread use of high-strength steel in vehicle bodies has raised the bar for welding processes. Laser welding is well-suited to the processing characteristics of high-strength steels, producing strong, stable welds that effectively enhance body‑structure rigidity and improve crash safety performance. With the automotive market experiencing accelerating model‑cycle turnover and growing demand for personalized customization, laser processing offers distinct advantages in flexible manufacturing: rapid line reconfiguration and compatibility with multiple vehicle models, thereby boosting production efficiency and ensuring consistent product quality. Compared with conventional welding methods, laser welding reduces fume and noise emissions, lowers consumable usage, and helps manufacturers embrace sustainable, green‑production practices.
 

Leveraging mature fiber laser application technologies, Horizon Laser Equipment boasts distinct advantages in process quality, machining efficiency, and overall operating costs. Automotive lightweighting has become an irreversible industry trend, with a steady stream of new materials and innovative structural designs being implemented, continuously driving the iterative advancement of laser processing technologies.
 

Horizon Laser empowers intelligent automotive manufacturing with high-performance laser equipment and customized process solutions, facilitating the implementation of vehicle lightweighting. While enhancing product quality and production efficiency, it also helps manufacturers optimize overall production costs, jointly driving the automotive industry toward sustained development in the directions of efficiency, intelligence, and sustainability.