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The previous article introduced the functions and advantages of handheld laser cleaning machines. Today, let's explore how handheld laser cleaning machines can be used in everyday life.

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.

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.

In the wood products industry, from furniture manufacturing, building decoration to handicraft carving, surface cleaning is a key part of the production process. Traditional cleaning methods such as mechanical polishing, chemical solvent cleaning and high-pressure washing generally have obvious limitations. These methods not only rely on consumables such as abrasives and chemical reagents, but also produce secondary waste, increase processing costs, and are difficult to achieve automated operations, labor-intensive, and consistent cleaning quality.

Introduction to laser cleaning technology： The principle of laser cleaning is to use the high-energy characteristics of the beam emitted by the laser through the convergence and the directivity of the laser beam to remove pollutants from the surface of the body without causing damage to the matrix of the material body.

In the food processing industry, the cleanliness of molds is directly related to the quality and safety of products. Traditional cleaning methods often have problems such as inefficient, incomplete cleaning, and the possibility of introducing secondary pollution. The emergence of laser cleaning machines provides an efficient, environmentally friendly and accurate solution for the cleaning of food molds.

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 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.

In fact, laser cleaning is no different from washing your hands and face. As long as you figure out what the pollutants are and what the base material is, you can remove the pollutants without damaging the base material. This is laser cleaning. The purpose of washing your hands is to remove stains from your hands without damaging your hands. Laser cleaning is essentially based on different lasers that work on different substances to remove pollutants without damaging your hands.