1) Online Cleaning Without Disassembly (Reduce Downtime)

Designed for production efficiency: molds can be cleaned directly after stopping the line, minimizing teardown time and reducing overall downtime.

2) High-Precision Measurement + 4-Point Positioning

Integrated precision distance measurement and 4-point positioning support accurate focusing and stable cleaning paths, improving repeatability across batches.

3) Chemical-Free, Low-Consumable, Eco-Friendly Process

No acids/alkalis or chemical agents are required, helping avoid secondary pollution and reducing consumables—supporting cleaner and more sustainable mold maintenance.

4) Efficient and Cost-Effective Cleaning Performance

Fast cleaning cycles improve throughput, and the process avoids long waiting time for mold cooling. It also helps reduce labor intensity and lowers per-cleaning operating cost.

5) High Removal Performance on Typical Mold Contaminants

Effective on contaminants commonly found on rubber molds and flat molds, including release agents, silicone/oil residue, carbon deposits, rubber residue, and light rust—while also covering fine grooves and textures.

6) Low Impact on Mold Substrate

Designed for non-contact precision cleaning to reduce surface damage risk compared with abrasive methods (e.g., blasting), helping protect mold accuracy and service life.

7) Intelligent Automation + Safety Design

Supports vision-based recognition and automated path generation, plus safety features such as an enclosed cleaning area, door interlock (open-stop), dust collection integration, protective laser viewing window, and abnormal alarm functions.