Industry Application
Shipbuilding Industry
In recent years, the shipbuilding industry has been mainly intelligent manufacturing, and the general development trend is gradually moving towards fast shipbuilding and precision shipbuilding. The shipbuilding industry is mainly based on sheet metal processing, using laser cutting plates. Compared with traditional flame and plasma processing, the laser slot is small, the cutting surface is good, the taper is small, the surface is smooth, there is no hanging slag, no secondary processing, and the thermal deformation is small, which meets the needs of precision processing of thick plates. Laser cutting machines will be applied in more shipbuilding enterprises in the future, and high-power laser cutting machines will definitely be the trend in the future.
Automotive Industry
Laser machines are widely used in the automotive industry thanks to their high precision and performance. Laser technology is used to cut, weld, drill and engrave metal, plastic or ceramic parts with micrometer precision. In car body manufacturing, lasers help weld strong and aesthetic joints. In addition, lasers also support engraving QR codes, frame numbers, and logos on components for traceability. Compared with traditional methods, lasers reduce tool wear, save materials and increase productivity, contributing to improving quality and automation in the modern automotive industry.
Aerospace Industry
Laser machines play an important role in the production and maintenance of aerospace equipment thanks to their extremely high precision. Lasers are used to cut, weld and drill ultra-durable materials such as titanium, aluminum alloys, and composites - materials that are difficult to process using traditional methods. In addition, lasers are also used to engrave identification codes, clean surfaces and check the structure of materials without causing damage. This technology helps reduce component weight, improve quality, increase longevity and ensure absolute safety for aircraft and rockets.
Furniture Industry
In the furniture industry, laser machines are widely used to cut, engrave and decorate materials such as wood, leather, fabric, glass, and metal. Thanks to high precision, lasers help create sophisticated patterns, smooth and uniform cuts, enhancing the aesthetics of the product. Modern furniture factories also use lasers to cut according to 3D designs, engrave logos or brand information on products. Compared with manual methods, lasers help save time, reduce material waste and increase the ability to mass produce with consistent quality.
Metal Processing Industry
Laser machines are widely used in metal processing thanks to their ability to cut, weld, drill and engrave with extremely high precision. Laser beams can process many types of materials such as steel, stainless steel, aluminum, copper, titanium... without direct contact, helping to limit deformation and dimensional deviation. In industrial production, lasers help create complex details, smooth cutting edges and durable welds. In addition, laser technology is also used to engrave serial numbers, QR codes or logos on products, enhancing aesthetics and traceability.
Compound Industry
Laser machines are effectively used in processing composite materials thanks to their ability to concentrate high energy and precise control. Lasers can cut, drill, or process the surface of carbon fiber and fiberglass compounds without damaging the layer structure. In the production of aviation, automotive, or sports equipment components, lasers help reduce weight, create complex shapes, and ensure high durability. In addition, laser technology also supports cleaning, depainting, or processing composite surfaces before coating, contributing to improving product quality and longevity.
