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Simply put, a handheld laser cleaning machine uses lasers to achieve cleaning, also known as laser cleaning. Laser cleaning utilizes pulsed laser irradiation to clean the surface of an object. The adhering substances on the surface absorb the laser energy, causing thermal expansion and reducing the adhesion between the substrate and the adhering substances. Simultaneously, by outputting high-frequency pulsed laser energy, high-frequency vibration impacts are generated, causing the adhering substances to shatter and detach from the substrate. Handheld laser cleaning machines can remove paint from precision areas precisely where needed, without requiring covering or moving protective tools during each operation.

Under the development trend of the new energy vehicle industry pursuing safer, lighter, and more efficient, the welding quality of core components directly determines the performance and safety of the vehicle. From the sealing of the battery tray to the strength of the lightweight structure of the body, the traditional welding process is gradually difficult to meet the stringent requirements-large welding deformation, insufficient weld strength, low operating efficiency and other issues have become a bottleneck for manufacturers to improve production capacity and quality. With the advantages of precision, high efficiency and stability, fiber laser welding machine is becoming a key equipment for the manufacture of core components of new energy vehicles, providing a new path for the industry to break through processing problems.

I. Overview of Laser Welding Machines: Laser welding machines play a vital role in modern manufacturing. They utilize high-energy-density laser beams as a heat source, providing an efficient solution for precision welding.

A safety cover is a crucial safety device on a fiber laser metal cutting machine, serving multiple functions. Here's a detailed explanation:

In metal processing, handheld laser welding machines have become the preferred choice for many companies due to their flexible operation and high welding efficiency. However, many users encounter a common problem—how to adjust the parameters to achieve both fast and stable welding?

Our fiber laser cleaning machine relies on the core technology of non-contact cleaning to cut off the chain of loss from the source. Unlike traditional cleaning methods such as pickling and manual polishing, it uses a frequency-adjustable fiber laser beam to accurately act on the impurity layer on the surface of the lightweight material: for the oxide layer on the surface of the aluminum alloy, the laser energy can instantly break the molecular structure of the oxide film, causing it to leave the surface of the material in the form of gasification, and the whole process will not cause any damage to the substrate itself; For the mold release agent and oil on the surface of the carbon fiber composite material, the laser can quickly decompose it into a gaseous substance to achieve deep cleaning of the surface of the material. The entire cleaning process does not require the use of chemicals, does not produce waste water discharge, and the cleaning efficiency is much higher than manual polishing. It can be perfectly adapted to the production rhythm of batch processing of cutting equipment, and avoids the subsequent cutting operations due to the long time-consuming pretreatment.

As a high-precision processing equipment, small scale fiber laser cutting machine improves production efficiency while operating safety is the core prerequisite. Standardized compliance with safety regulations can not only ensure the personal safety of operators, but also extend the life of equipment and reduce failures. The following combs the main points of safe operation of small scale fiber laser cutting machine from the three key links before, during operation, and after shutdown.

In the field of laser processing, “does the small scale fiber laser cutting machine need gas” is the core question often asked by users. In fact, the operation of fiber laser marking machines is inseparable from auxiliary gases-oxygen, nitrogen or air can not only protect the cutting head and improve accuracy, but also remove slag. For example, oxygen is suitable for carbon steel cutting, and nitrogen is more suitable for high-precision stainless steel processing. However, in the field of marking, the gas requirements of small scale fiber laser cutting machine are very different, and Eagle laser, as a professional brand of laser equipment, our fiber laser cutter for metal takes this advantage to the extreme.

Portable fiber laser marking machine uses laser energy to act on the surface of the material to achieve marking. The wear characteristics are more gentle and controllable, which can not only meet the needs of clear marking, but also maximize the protection of material properties. As a professional laser equipment brand, Eagle laser's handheld laser marker has more advantages in wear control.

In the field of precision manufacturing, laser marking and laser engraving are often confused, but in fact, there are fundamental differences between the two from technical logic to application scenarios. As the key technology of industrial marking, understanding its essential differences will directly affect production efficiency and cost control. This article will focus on the core differences and analyze the unique positioning of fiber laser marking machine in modern production.