High-efficiency laser cleaning technology series

Introduction to high-efficiency series laser cleaning

Laser cleaning technology is a high-performance surface cleaning method that converts direct current (DC) generated by solar panels into alternating current (AC) that can be used in homes and businesses. The core function of laser cleaning technology is to use high-energy laser beams to remove dirt, coatings or oxides from the target surface, ensuring cleanliness while maintaining surface safety and efficient output.

Application scope of laser cleaning high-efficiency series:

Metal surface cleaning: including the removal of oxides, oil stains, etc. from the surfaces of metal parts, mechanical equipment, etc.
Automotive industry: automotive surface coating removal, body cleaning, etc.
Electronics industry: PCB board cleaning, post-soldering cleaning, etc.
Art restoration: surface cleaning and restoration of ancient cultural relics and artworks.

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Preparation

Before using the laser cleaning machine, you first need to prepare the cleaning site. Make sure the cleaning area is clean and tidy.

Set parameters

Set the parameters of the laser cleaning machine according to the material, shape and degree of dirt of the cleaning object.

Perform cleaning

Start the laser cleaning machine, aim the cleaning head at the surface of the target object, and start cleaning.

Check results

After cleaning is completed, check the cleaning results. Observe that the target surface is completely clean.

Preparation

Before using the laser cleaning machine, you first need to prepare the cleaning site. Make sure the cleaning area is clean and tidy.

Set parameters

Set the parameters of the laser cleaning machine according to the material, shape and degree of dirt of the cleaning object.

Perform cleaning

Start the laser cleaning machine, aim the cleaning head at the surface of the target object, and start cleaning.

Check results

After cleaning is completed, check the cleaning results. Observe that the target surface is completely clean.

What are the uses of different inverters?

Manufacturing applications

Overview: Laser cleaning technology is widely used in the manufacturing industry to clean the surfaces of various materials, such as metals, plastics, ceramics, etc. It can effectively remove oil stains, coatings, oxides and other dirt, improving production efficiency and product quality during the manufacturing process.

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Automotive industry applications

Description: In the automobile manufacturing and maintenance process, laser cleaning technology can be used to clean vehicle body surfaces, engine parts, interior trim and other components. It can effectively remove dirt and coatings on the car body paint, keep the car’s appearance clean and bright, and enhance the overall texture and value of the car.

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Art recovery applications

Description: Laser cleaning technology is widely used in the field of art restoration and can be used to clean the surfaces of ancient sculptures, paintings, buildings and other cultural relics and artworks. It can easily remove dirt, oxides and paint residues attached to the surface of artworks, restore the original luster and color of artworks, and protect the integrity and value of cultural relics.

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Jastar – Your partner for laser cleaning solutions

Jastar has excellent R&D capabilities in cleaning solution technology. We provide one of the leading laser cleaning solutions with enhanced intelligent monitoring functions. Globally, our products are known for their superior quality and reliability, earning us a strong market reputation. Choosing Jastar for your laser cleaning needs means increasing the efficiency and quality of your laser cleaning.

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Frequently Asked Questions

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