How does the Tinho Laser cleaning machine stand out in the tire market?

Abstract

With the development of technology, laser cleaning machines have changed the cleaning and maintenance of tire molds in the tire manufacturing industry. Unlike traditional methods, TINHO fiber cleaning machines do not require chemical reagents and will not damage the mold, making them the best choice for tire mold cleaning and maintenance.

Introduction of the laser cleaning machine

What is a laser cleaning machine?

The fiber laser cleaning machine is a high-tech product for cleaning metal surfaces. It uses photon energy to remove materials attached to the mold surface without causing damage.

Key features of the TINHO laser cleaning machine

1. Easy to install, autofocus, and simple to operate.
2. No need for chemicals, abrasives, or water.
3. Fast speed, high precision, and stability.
4. Comprehensive indicators reach the leading level.

The importance of laser cleaning technology in the tire industry

During the manufacturing of tires, The mold is inevitably contaminated by the comprehensive deposition of rubber, compounding agents and the release agent used in the vulcanization process (the main pollutants are sulfides, inorganic oxides, Silicone oil, carbon black, etc.), repeated use will cause some patterns to pollute the dead zone.

Top benefits of laser cleaning machines in the tire industry

Non-contact and damage-free:

The laser cleaning light source maintains a certain distance from the surface, allowing for contactless operation, which is both convenient and flexible while avoiding damage.

High-precision：

High precision of our fiber laser cleaning machine enables effective and controlled removal of contaminants.

Environmentally friendly：

Unlike chemical cleaning methods, fiber laser cleaning requires no chemicals or reagents, minimizing its environmental impact.

High-speed and safe:

This high-speed and safe process significantly improves cleaning and maintenance efficiency.

Laser cleaning vs. Traditional cleaning methods

Item	Mechanical cleaning method	Chemical cleaning method	Laser cleaning machine
Cleaning principle	Physically removes rust and paints by abrasive force	Uses chemical reactions	High-energy laser beams to ablate surface contaminants
Damage to substrate	High risk of material loss	Corrosion or chemical residue	Minimal damage, precise cleaning without affecting base material
Cleaning precision	Low to medium	Medium	Very high
Environmental impact	Generates dust, noise, and waste	Produces chemical waste and harmful fumes	Eco-friendly, no chemical waste
Automation capability	Limited	Limited	Highly automatable
Cleaning speed	Fast for large, rough areas	Fast but depends on reaction time	Moderate to high; speed increases with higher laser power

Mechanical cleaning method:

Manual abrasive cloth or steel wire physical grinding and dry sandblasting are used, and different combinations can be used for cleaning according to needs.

Advantage:

• A mature technology widely adopted by the tire industry.
• It is simple and easy to implement, and does not require high equipment and tools.

Disadvantage:

• It will cause mechanical damage to the mold and shorten the life of the mold.
• Sandblasting is easy to block the vent holes of the mold, and the workload of dredging the vent holes after sandblasting is very large.
• The labor intensity is high and the cleaning cycle is long.

 Chemical cleaning method:

Chemical cleaning methods mainly include: organic solvent method, melting method, pickling method, alkaline washing method and so on.

Advantage:

Easy to use and low cost.

Disadvantage:

Long-term use of the above methods will cause mold corrosion, which directly affects the appearance and quality of the product. At the same time, these pharmaceutical raw materials pollute the environment and harm the health of the operators. Complete labor protection methods and pollutant treatment equipment must be provided.

Conclusion

The TINHO fiber laser cleaning machine is convenient and efficient, meeting the cleaning needs of molds in the tire industry without damaging the surface material or reducing the efficiency and lifespan of your equipment. Furthermore, beyond tire production, laser cleaning machines are widely used in industries ranging from heavy industrial processing to precision machining.