RDM5020CL-T70 Fiber Laser Cleaning Machine Controller
The ideal control system for industrial cleaning applications, featuring advanced laser cleaning technology with integrated helical and linear scanning capabilities.
Product Specifications
| Attribute | Value |
| Brand | RUIDA |
| Model | RDM5020CL-T70 |
| Galvanometer protocol | XY2-100 |
| Communication interface | RS232 |
| Input and output | Support multi-channel general input and output |
| External protection | 3 channels IO input |
| Control function | Support online power and frequency adjustment, tri-color light control and external start and stop |
| External alarm input | Support laser alarm, cooling system alarm and other protection input |
| AD/DA | Support analog quantity input and output function |
| Size | Panel: L210mm*W150mm*H24mm Mainboard: L155mm*W120mm*H55mm |
Key Features
- Specialized controller for laser cleaning applications
- Integrated helical and linear scanning capabilities
- Innovative spiral scanning technology eliminates striping patterns
- Real-time monitoring of operational parameters
- User-friendly interface with status updates and automated alerts
- Supports external laser displacement sensor input
- Multi tap screw cleaning technology
- Installment encryption support
Technical Advantages
Expertise in Laser Control Technology: Ruida Technology specializes in advanced systems for optimal laser performance and precision.
Innovative Scanning Techniques: Unique spiral scanning feature provides smoother, more consistent cleaning results.
User-Friendly Interface: Real-time parameter display and alarm notifications for efficient operation.
Quality and Reliability: Robust solutions designed for demanding industrial applications.
Customization Options: Tailored solutions to meet specific industry requirements.
Custom Solutions
We offer comprehensive customization services for controller cards, adapting our proven technology to meet your specific industry demands. Our experienced R&D team works closely with you throughout the entire development process.