1) Automated “Precise Positioning + Cleaning” Workflow

Combines automated control with laser cleaning to support a stable, repeatable process—improving consistency and reducing labor intensity.

2) Non-Contact Cleaning to Protect the Inner Wall

Laser cleaning is a non-contact method that helps avoid mechanical damage to the tire inner-wall substrate and supports safe surface preparation for sensitive structures.

3) Optimized for Noise-Reduction Tire Inner-Wall Pretreatment

Effectively removes residues inside precision structures (such as bonding grooves/areas) to support reliable adhesion and improved end-product performance, while helping avoid damage to functional patterns.

4) High Efficiency for Production-Line Use

Designed for fast cycle times and continuous operation, helping reduce bottlenecks and downtime compared with manual or chemical cleaning.

5) Cleaner Production, Reduced Chemical Use

Minimizes or eliminates chemical agents and related waste handling, supporting cleaner workshops and greener manufacturing goals.

6) Uniform Results with Better Coverage

Engineered to achieve clean, even cleaning quality and reduce missed areas, improving repeatability for different tire specifications.