Processing PBO fiber—a true “super material”—with precision, efficiency, and zero damage, poses a major hurdle across the supply chain. How can we analyze and resolve these technical bottlenecks? How can our high-brightness fiber lasers deliver the ultimate solution for high-quality, efficient PBO tendon production—and in doing so, empower innovation in humanoid robotics? These questions drive our latest R&D focus.

From “Manufacturability” to “Precision Manufacturing”—Driving the Future of Low-Altitude Mobility

As global manufacturing accelerates toward intelligent and green transformation, welding technology is undergoing profound changes. Traditional welding faces challenges such as efficiency bottlenecks, high energy consumption, and strong skill dependency. Laser welding, as a core advanced manufacturing process, is transitioning from "high-end customization" to "accessible application." In this context, GW LaserTech officially launches its new-generation forced-air-cooled handheld laser welder, driving the popularization of industrial-grade handheld laser welding with breakthrough innovations.

As global manufacturing shifts toward green and precision-oriented practices, innovative applications of high-performance composite materials have become a key driver of industrial upgrading. 3M™ Thinsulate™ Acoustic Material, a benchmark in microfiber composites, is widely used in aerospace cabin noise reduction, high-speed rail acoustic optimization, premium automotive NVH enhancement, and architectural acoustics due to its excellent sound insulation, lightweight properties, and eco-friendly profile. However, its ultra-fine fiber matrix and functional coatings demand extremely precise processing—a challenge where conventional and standard laser techniques have long fallen short.

As a pioneer in fiber laser technology for more than ten years, GW Guanghui Laser has always placed clinical needs at the core of innovation. We have launched a new generation with profound accumulation and forward-looking visionAir cooled quasi continuous fiber laser (70W)——This is a cutting-edge device that combines revolutionary air cooling technology, extraordinary compact size, and outstanding peak power (700W), specially designed to improve the efficiency and safety of urological and prostate hyperplasia (BPH) treatment and lithotripsy surgery.

Validated for high-end applications like smartphone screen supports, GW’s technology delivers efficient, precise, and high-quality cutting—driving innovation and upgrading product capabilities for manufacturers.

Recently, many parts of the country issued frequent heavy rainfall and strong hot weather warnings, some areas up to 40 ℃ or more. The factory floor is transformed into a “sauna”. When the traditional welding equipment in the summer heat frequently “nest”, equipment instability, efficiency waist cut, condensation risk increases steeply, weld quality fluctuations, rework, scrap, customer complaints one after another?GW Laser's intelligent laser handheld welder, with hardcore technology and craftsmanship design, to become your response to the extreme high temperatures, to protect the efficient production of the welding tool!

In the field of automotive interiors, felt materials play an indispensable role thanks to their unique properties. Felt is made of animal hair or chemical fiber, and is a soft, flexible sheet. It has excellent sound-absorbing and soundproofing properties, which can effectively reduce the noise inside the car and create a quiet and comfortable driving environment; at the same time, felt has good thermal insulation properties, which can isolate the heat outside the car and maintain the appropriate temperature inside the car; in addition, felt also has a certain shock-absorbing function, which can cushion the vibration of the car body and enhance the smoothness of the driving. Because of this, felt is widely used in automotive seat lining, dashboard insulation, door liners, trunk mats and other parts of the car interior quality and functionality to provide a strong protection.

Recently, in-depth exchanges with many customers in the industry, we are pleased to find that air-cooled and refrigerant heat dissipation lasers are becoming the new focus of market attention! Customers are increasingly urgent demand for more efficient, more stable operation, lower energy consumption of thermal solutions. Today, I will bring you an in-depth understanding of the revolutionary breakthrough in the field of heat dissipation technology - active air cooling technology, why it can become an ideal choice for you to upgrade your equipment and enhance productivity!

Glass fiber, as an outstanding inorganic non-metallic material, boasts excellent insulation, high heat resistance, superior corrosion resistance, and high mechanical strength. In recent years, in the field of battery casing manufacturing that pursues ultimate lightweight and strength, glass fiber composite materials have become key materials due to their outstanding performance. Battery casings need to have good mechanical and insulation properties to ensure the safe and stable operation of batteries, and glass fiber precisely meets these strict requirements. However, traditional processing methods often encounter problems such as burrs, delamination, taper deformation, and severe edge carbonization when cutting this "tough nut," which not only affects the product's airtightness and structural strength but also hinders overall production efficiency. GW Laser, with its decade-long dedication to laser technology, has introduced a revolutionary high-brightness fiber laser cutting solution, setting a new benchmark and industry standard for glass fiber cutting with no taper, neat edges, and almost no carbon black!