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Laser cleaning technology refers to the process of using a high-energy laser beam to illuminate the surface of the workpiece, causing the dirt, rust or coating on the surface to evaporate or peel off instantly, thereby achieving cleanliness.

In the welding field of modern manufacturing, technological innovation continues to promote the upgrading of production efficiency and quality. As an emerging welding equipment, portable fiber laser welding Machine is gradually relying on its unique technical characteristics to show significant advantages in the competition with traditional welding equipment. From welding accuracy to material adaptability, from thermal impact control to production efficiency, portable fiber laser Welding Machine has achieved breakthroughs in traditional equipment in multiple dimensions, providing a better solution to the welding needs of different industries.

Robot fiber laser welding machine has a wide range of applications and can be used in the production and manufacturing of automobiles, aerospace, pipes, electronics and other fields. It is an automation equipment with high efficiency and stable performance. It plays a huge role in the production of auto parts.

Power density is a key parameter in laser processing.Higher power density can quickly heat the surface layer to its boiling point in a few microseconds, resulting in significant evaporation.Therefore, high power density is conducive to material removal processes, such as cutting, engraving, and drilling.

What is carbon fiber laser cutting? Carbon fiber laser cutting uses a laser cutting machine to cut carbon fiber. The principle of laser cutting is: The laser generator generates a laser beam, and the laser beam is irradiated on the carbon fiber.

In modern industrial production and infrastructure construction, steel structures are widely used due to their high strength, light weight, and convenient construction. However, the surface of steel structures exposed to complex environments for a long time can easily rust, which not only affects the aesthetics of steel, but also weakens the stability and durability of the structure. Regular rust removal and maintenance have become a key part of ensuring the performance of steel structures. Although traditional rust removal methods such as mechanical sanding, sandblasting and rust removal, chemical pickling, etc. have long occupied a dominant position, they generally have disadvantages such as low efficiency, high labor intensity, damage to the substrate, and serious environmental pollution. So today let's take a look at what kind of surprises our Feiying Laser's handheld laser cleaning and rust removal function will bring you!

The working principle of laser cleaning machine: It mainly uses the instantaneous high temperature corrosion generated by the laser beam on the surface of the product to ablate the surface substances such as rust, coating, and oil on the surface of the product.Laser cleaning machine has a wide range of applications and is basically suitable for any industry.

Carbon dioxide laser cutting machine is a gas molecular laser that uses carbon dioxide as a medium to transmit a beam of light through a reflector. The fiber laser cutting machine is transmitted through a diode and a fiber optic cable. Multiple diodes are pumped to generate a laser beam, which is then transmitted to the laser cutting head through a flexible fiber optic cable. In carbon dioxide laser technology, the reflector must act at a certain distance, and the fiber laser cutting machine will not be subject to such restrictions.

In the field of industrial manufacturing, the innovation of welding technology has always been a key force to promote the improvement of production efficiency and product quality. At present, robot fiber laser welding machine, with its super performance, has quickly jumped into a powerful force in industrial welding, which is inseparable from the strong support of the three core technologies.

Robotic laser welding machine has many use scenarios in the field of industrial manufacturing, including： Automobile manufacturing: Laser welding robots can be used for welding automobile bodies and parts to achieve high-precision and high-speed welding operations and improve production efficiency.