Laser Cleaners – Ideal for High-Quality Industrial Cleaning

Traditional methods of industrial cleaning include chemical, dry ice, sandblasting, mechanical grinding, ultrasonic, etc. With the increasing awareness of environmental protection and safety, users have higher requirements for product cleaning effects and efficiency. Laser cleaning has more and more advantages in being more environmentally friendly, economical and practical. Highlighted and highly sought after by the market.

The Principles and Characteristics of Laser Cleaning

1.Principle:

The essence of laser cleaning is to irradiate a high-energy-density laser beam onto the surface of the workpiece, causing the dirt, oxide layer, coating or coating on the surface of the workpiece to instantly melt, ablate, evaporate or peel off when heated, thereby achieving surface cleaning of the workpiece. The process does not damage the substrate, making it an ideal choice for a new generation of industrial cleaning technology!

2. Features:

1) Non-contact cleaning without damaging the parts base.

2) Precise cleaning can achieve selective cleaning of precise positions and precise sizes.

3) No chemical cleaning solution is required, no consumables, safe and environmentally friendly.

4) The operation is simple, just turn on the power, and can be handheld or used with a robot to achieve automatic cleaning.

5) The cleaning efficiency is very high and saves time.

6) The laser cleaning system is stable and requires almost no maintenance.

The Core Advantages of Laser Cleaning Technology

Compared with traditional rust removal methods, laser cleaning machines are a new generation of smart products. It can clean stains without damaging the surface metal. It has the advantages of easy operation, easy integration, high cleanliness and fast cleaning speed.

More advanced: it can complete local rust removal, remove dead corners at specified locations and sizes, and has a wide range of applications. Using non-contact cleaning, there is no damage to the substrate, no pollution, and no subsequent processing is required.

Smarter: Combined with CNC technology, it can realize automatic target scanning, long-term operation and long-distance remote control cleaning, and it is easy to realize automatic control.

More efficient: The thermal load and mechanical load on the substrate are small, cleaning is non-damaging, the cost is lower, and the quality is higher. It is convenient and lightweight, can move freely, is safe and reliable, and does not harm the health of the operator.

So What Exactly Can a Laser Cleaning Machine Clean?

1. Remove the coating layer on metal or glass surfaces and remove paint quickly;

2. Quickly remove rust and various oxides;

3. Remove grease, resin, glue, dust, stains, and production residues;

4. Metal surface roughening;

5. Paint removal, rust removal, oil stain removal before welding or bonding, and oxide and residue treatment after welding;

6. Mold cleaning, such as tire molds, electronic molds, and food molds;

7. Remove oil stains after precision parts production and processing;

8. Rapid cleaning of nuclear power component maintenance;

9. Oxide treatment, paint and rust removal during the production or maintenance of aerospace weapons and ships;

10. Clean metal surfaces in small spaces.

In general, laser cleaning machines have a wide range of applications and are becoming a popular cleaning tool in more and more industries.

Laser Cleaning Machine Application Areas

Since its launch, the laser cleaning machine has been well received by customers and ranks first in market share. Today, it has become a reliable technology capable of cleaning the surfaces of a large number of different substrates, including steel, aluminum alloys, titanium alloys and composite materials. Its application industries cover aerospace, aviation, ships, high-speed rail, automobiles, molds, nuclear power and oceans, etc. field.