Ruida Medium and High Power Fiber Adapter Board RD-MFIBER for Industrial Laser Equipment Integration
Discroption of RD-MFIBER:
RD-MFIBER medium high power fiber adapter board is a kind of fiber laser interface mainly used for medium and high power developed by Ruida technology. For controlling a continuous fiber laser.
Key functions and features:
- Interface board specifically designed for controlling continuous fiber lasers
- Developed by Ruida Technology
- Targets medium to high power laser applications
- Dedicated fiber laser control interface
- Compatible with medium and high power ranges
- Continuous wave laser operation support
- Acts as an adapter/interface board
Technical Parameters:
| Laser | Low power fiber laser (continuous) |
| Model | RD-MFIBER |
| Output power | 0-10V analog voltage |
| Control functions | Realize the conversion from 5V-PWM to 0-10V analog voltage and 24V-PWM of the main control board. Realize the conversion of TTL laser switch signal of the main control board to 24V logic signal |
| Control board | RDC6563 |
Integration:
- Compatible with Ruida control systems
-
- Functions as a bridge between control system and fiber laser source
-
- Specialized for industrial fiber laser applications
Application Scenarios
Industrial Laser Processing
In applications such as metal cutting, welding, and marking, our interface board ensures efficient laser control, meeting the high demands for precision and power.
Material Fabrication
Suitable for cutting and engraving non-metal materials like plastics, wood, and composites, providing stable laser output for optimal results.
Medical Devices
Used in the medical industry for laser surgery and treatment equipment, ensuring continuity and reliability in laser operations.
Research and Laboratory Applications
In scientific research, where high-power laser sources are needed for material experiments or optical studies
+++
Automation Equipment
Acts as a core component for laser control in automated production lines, allowing seamless integration of laser processing with other automated systems.
