Rubber and Tire Laser Marking: Durable Coding on Industrial Parts
Rubber and tire laser marking is an industrial application used to provide permanent marking on flexible and durable materials. Serial numbers, logos, and DataMatrix codes can be processed by laser on rubber parts used in the automotive, electronics, and manufacturing industries. CO₂ laser systems and, in some cases, fiber laser systems are preferred for these applications. This guide explains laser marking techniques, parameter settings, and industrial usage areas for rubber and tire surfaces in detail.
Rubber and Tire Laser Marking Technology
Why is rubber marked with laser?
Rubber materials are widely used in automotive and industrial applications because of their durability and flexibility.
Use of CO₂ laser
CO₂ laser systems provide high performance on rubber and tire surfaces.
Use of fiber laser
On some special types of rubber, marking can be done with a fiber laser.
Burn effect
The laser beam creates a controlled burn effect on the rubber surface, providing contrast.
Contrast formation
Dark and light tones vary depending on the laser parameters.
Surface deformation
Incorrect parameter usage may cause melting or deformation on the surface.
Marking precision
CO₂ laser systems are suitable for detailed marking.
QR code and DataMatrix
2D code marking can be performed on rubber surfaces with laser.
Effect of surface type
Different types of rubber produce different marking results.
Industrial application areas
- Automotive parts
- Gaskets and sealing elements
- Industrial tires
- Electronic components
Rubber Marking Applications
Automotive industry
Identification is performed on rubber parts.
Gaskets and sealing elements
Marking can be performed on industrial gaskets.
Electronic components
Coding is performed on rubber-coated parts.
Industrial production
Rubber parts are marked for traceability in production processes.
Inline production
Laser marking systems can work integrated into production lines.
Camera verification
The readability of the codes is checked with camera systems.
Automation integration
Integration with PLC and MES systems can be provided.
Parameter optimization
Laser power and speed settings must be adjusted correctly.
Sample testing process
Test studies should be carried out for each material.
Industrial advantages
Laser marking offers a permanent, contactless, and fast solution.
Can rubber be marked with laser?
Yes, it is possible with a CO₂ laser.
Can marking be done on tires?
Yes, it can be done with laser.
Can a QR code be processed on rubber?
Yes, it can be processed with laser.
Is the marking permanent?
Yes, it is generally permanent.
Which type of laser is used?
CO₂ laser systems are preferred.
Can it be used in inline production?
Yes, it can work integrated with automation.
Can camera verification be performed?
Yes, code verification can be performed.
Does surface deformation occur?
It may occur with incorrect parameters.
Is there a maintenance requirement?
Laser systems generally require low maintenance.
Are sample tests necessary?
Yes, they are recommended for the best results.
