R-550D Dual-Platform PCB Router Machine

Overview
The R-550D Dual-Platform PCB Router Machine is a high-speed PCB depaneling system designed to separate multi-piece PCBAs along programmed routing paths with stable accuracy and efficient throughput.
The machine is widely used in digital, communication, lighting, and related electronics manufacturing fields, helping improve product quality and reduce scrap compared with manual bending, V-CUT, and stamping methods.
Its dual-platform design allows the two worktables to operate independently or simultaneously, giving manufacturers greater flexibility, better labor utilization, and higher production efficiency in a compact footprint.

Key Features and Technologies
Dual-platform design with independent left and right worktables that can run in synchronous or asynchronous modes, improving uptime and production flexibility.
High-speed rotary milling cutter system developed for fast PCBA separation and lean production.
Four-axis servo motion control on X/Y1/Y2/Z axes for stable movement and precise routing performance.
Routing accuracy of ±0.05 mm and repeat accuracy of ±0.02 mm for reliable, repeatable board separation.
Modular servo and electrical control architecture for stable operation, fast troubleshooting, and easier maintenance or upgrades.
Safety light curtain protection that automatically stops the equipment if the protection area is interrupted during operation.
Tool life management with segmented cutting control to extend milling cutter life and reduce consumable cost.
CCD-guided programming and automatic navigation, designed to be simple to learn and operate.
Code reading capability for DM code and QR code applications, including options to read total codes, sub-codes, or both.
Optional MES integration and production data functions for factories that need broader traceability or line integration.
Top vacuum dust collection design, with external or built-in vacuum options available.
Broken tool checking, Mark tolerance checking, and processing verification settings to support stable production control.

Technical Specifications