As the global laser market rapidly evolves, GW Guanghui Laser seizes the era of import substitution opportunities, leveraging laser processing technology as new quality productive forces. We actively drive technological innovation, diversified applications, global market expansion, and smart services to empower global industrial technological upgrades. Laser cladding technology, an advanced surface treatment method in laser processing, has been widely adopted across industries to address challenges beyond traditional repair techniques. The laser cladding process involves depositing selected coating materials onto substrate surfaces through various feeding methods. Under laser irradiation, both the coating material and a thin substrate layer melt simultaneously, then rapidly solidify to form a surface coating with minimal dilution and metallurgical bonding to the base material. This significantly enhances surface properties including wear resistance, corrosion resistance, heat tolerance, oxidation resistance, and electrical characteristics. The technology finds extensive applications in surface modification, repair & remanufacturing, and rapid prototyping.

Temperatures are plummeting, the cold wave is coming, people need to add clothes, lasers should also pay attention to frost protection. In order to avoid laser damage caused by freezing in the cold winter, GW Laser has prepared a guide to prevent freezing, to ensure that every laser can be safe through the winter.

In modern manufacturing fields such as automobile manufacturing, there are many challenges. Welding process is complex, high welding quality requirements, and is limited by the traditional welding process of labor intensity, human factors and other influences, seriously lead to welding quality instability. At the same time, with the increased demand for customization, the production line needs to have a higher degree of flexibility and efficiency, collaborative robots, with its flexible, efficient and safe characteristics, has become the key to solving the above problems. These robots are able to operate safely in a collaborative environment with humans, significantly improving the flexibility and productivity of the welding process.

Against the backdrop of global carbon neutrality, new energy trams, as an important application scenario for clean energy, are ushering in unprecedented development opportunities. According to the forecast of relevant organizations, the global sales of new energy trams will reach 25 million units by 2025, with a compound annual growth rate of more than 30%. How to improve the production efficiency and quality consistency of key components has become a breakthrough for the rapid development of the industry. GW Laser, with its leading laser technology, injects strong power for the manufacturing of new energy trams, helps enterprises activate new quality productivity, and pushes forward the high-quality development of the industry.

Laser 3D printing is a technology that uses a laser to rapidly melt materials and build up layers to form part structures. Among them, the metal laying powder 3D printing technology is the most representative. Different from the traditional subtractive manufacturing, metal powder 3D printing technology has superior manufacturing efficiency, richer structural design, and higher molding accuracy and other advantages. It is more and more recognized in automobile manufacturing, aerospace, precision manufacturing and other fields, and metal laying powder 3D printing technology is also widely used by virtue of "high efficiency" and "high quality" manufacturing mode. As a manufacturer of 3D printing lasers, GW Laser provides customers with many long-term stable products, and has a good reputation and many loyal users in the field of 3D printing. Today, we will reveal the "two lows and three highs" of GW Laser's PS series products.

Copper, as a very common material, small to life, industry, medical, large ships, aerospace and other fields are often appear in its figure. With the growing demand for laser processing of copper, how to realize high efficiency and high quality? Why can GW Laser‘s the high-brightness laser become the first choice for copper processing?

10,000 Watt High Power Laser Why are GW Laser getting rave reviews from users? Why can it help save nearly 100,000 dollars a year? GW Laser's Newest 40,000 Watt Laser YLLM-40000-W

"Three electric systems" (battery, motor, electronic control) is the core of new energy vehicles, is an important component that affects the performance of the entire vehicle movement, but also a measure of whether a car has a hard core strength. With the rapid growth of new energy vehicle sales, new energy vehicles three electric technology development is evident. In this process, laser equipment with high safety, high automation level, high precision and other advantages quickly released more market demand.

GW Laser has launched a high brightness fiber laser for the 3D printing market, with power covering 300W~2000W, advanced optical technology, smaller core diameter, higher beam quality, and extremely high power stability, which brings breakthrough effect and experience to the metal 3D printing process.

Providing customers with "more efficient, better and more affordable" laser products has always been the first priority of the R&D team of GW Laser, and at the beginning of 2024, GW Laser launched the "Welding Machine for the Year of the Dragon" for the market: the "Desktop" handheld laser welder LW series. In the beginning of 2024, Lite-On Laser launched the "welding machine of the year of the dragon": "desktop" handheld laser welding machine LW series, which is targeted at solving the problems of the users such as inability to weld continuously, high noise, bulky and inconvenient to move the equipment, and to create a more suitable for the users of the handheld welding series products.