Application

Automotive Industry

Automotive IndustryLaser technology applications in the automotive industry chain are mainly concentrated in the midstream and downstream sectors, with the new energy vehicle market still in a period of rapid growth. Automotive manufacturing is one of the sectors where laser technology is most extensively utilized, with typical applications including laser brazing and remote welding of car bodies, 3D laser cutting of hot-formed parts and carbon fiber materials, laser welding of powertrain systems, laser hardening of engine components, laser cladding for stamping dies, and traceable laser marking.Automotive ManufacturingAs an advanced joining technology, laser welding offers aesthetically pleasing welds, high welding efficiency, and excellent weld strength, making it widely adopted in the automotive manufacturing industry.

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Electronic and Semiconductor

Electronic and SemiconductorAs an advanced technology, laser processing offers high precision, high speed, and non-contact operation, avoiding damage to the substrate. In the production of electronic products, laser technology plays a significant role in optimizing device size and enhancing quality, resulting in lighter, thinner, and more reliable products. Currently, laser welding, laser ablation, laser cutting, and laser marking are widely used in the electronics field.With the rising demands of the application market, innovation in high-precision and fine processing—such as cutting, drilling, and marking—has become increasingly critical. Similarly, in the semiconductor industry, laser technology enables precise micromachining, wafer dicing, via drilling, and defect repair, supporting the development of higher-performance and more integrated chips.Laser Welding for Consumer ElectronicsThe electronics information manufacturing industry, characterized by its large scale, long industrial chain, and extensive reach, plays a crucial role in stabilizing industrial growth. Consumer electronics serve as a bridge between people’s daily lives and advanced industrial manufacturing. With continuous technological advancement and evolving consumer demands, the industry is innovating and upgrading toward diversified, intelligent, and green development.Semiconductor IndustryIntegration and application of advanced laser processing technologies; committed to providing specialized processing solutions and technical support services for high-end chip manufacturing.

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New Energy

New EnergyThe new energy sector is a rapidly growing strategic industry, covering solar, wind power, energy storage, hydrogen, and new energy vehicles. Global energy transition and technological advances are driving continuous innovation within the industry. Laser technology offers extensive application solutions in the new energy sector, enabling functions such as precision processing, welding, cleaning, and surface treatment across various manufacturing stages. It significantly improves production efficiency and product quality, reduces manufacturing costs, and enhances enterprises' core competitiveness and market responsiveness.Smart Manufacturing for Energy Storage BatteriesIn recent years, as climate change has become a common concern for all humankind, achieving "peak carbon emissions" and "carbon neutrality" has gained worldwide consensus. Countries around the globe are actively advancing the new energy revolution, in which the electrochemical transformation in the energy storage sector has emerged as a critical area of focus.Smart Manufacturing for Consumer BatteriesCurrently, the domestic consumer lithium battery market is in a phase of steady development, with its largest sources of demand coming from smartphones, power banks, tablets, and laptops. Driven by growing demand in areas such as 5G smartphones, wearable devices, drones, and service robots, consumer batteries have become a primary growth driver in the consumer lithium battery market.

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Mechanical Hardware

Mechanical HardwareThe machinery and hardware industry, a traditional manufacturing sector, primarily encompasses products such as mechanical equipment, tools, cutting tools, measuring instruments, and jigs and fixtures. With the continuous development of the global economy and technological advancements, this industry is also evolving and innovating. However, intensifying market competition and rising costs have presented challenges, including product homogenization, insufficient R&D and design capabilities, and high manufacturing costs. Laser cutting offers extensive application solutions in the machinery and hardware industry, enabling diverse functionalities across various fields. It enhances production efficiency and quality, reduces manufacturing costs, and strengthens the competitiveness of enterprises.Metal CuttingMetal cutting is a critical manufacturing process that involves the removal of excess material from a workpiece using cutting tools, while ensuring that the finished part meets design and processing requirements for geometric accuracy, dimensional precision, and surface quality — all while managing productivity and costs.Tool ManufacturingLaser cutting technology is employed for precision machining of daily-use hardware, hardware components, and hardware tools.

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Packaging Industry

Packaging IndustryFrom ink to laser, from laser to Internet+, laser marking technology has become increasingly mature after decades of development. Currently, compared with traditional technologies such as inkjet and mechanical stamping, laser marking demonstrates significant advantages including lower cost, higher speed, and reduced consumption. Our lasersources meet coding requirements for various products (text, numbers, English, barcodes, QR codes, etc.), addressing diverse application needs (identification, anti-counterfeiting, traceability management). Our packaging industry customers span tobacco, food, pharmaceuticals, dairy, beverages, drinking water, baijiu, beer, wine, yellow rice wine, daily chemicals, cables, pipes, and other packaging fields.Daily Chemicals Industry Laser Coding SystemSuitable for laser information marking on various packaging forms in the daily necessities and cosmetics industries, including bottled, bagged, boxed, cartoned, and other packaging types. Accommodates diverse products with varied packaging materials.Application Industry: Online/offline marking in the daily chemicals industry.Beverage Industry Laser CodingLaser marking of numeric codes and QR codes. Widely applied for information marking on bottle caps (top surface, side), bottle bodies, labels, aluminum cans, etc., for alcoholic beverages, water, and drinks.Application Industries: Water, beverages, baijiu, and beer industries.

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