The Press Transfer System, an automated system for stamping production, functions through precise positioning, synchronized operation, and programmed control. It is engineered to automate material handling in stamping processes, including sheet feeding, part removal, workpiece transfer, and inter-stage transportation between sequential operations.
Our press transfer system includes multi-press transfer robot, stamping robot arm, and fully automated press-to-press transfer solutions designed for high-speed stamping lines.
System Capability:
· Number of Presses: 2–10 (customizable)
· Transfer Type: Link type / 3-axis / Walking beam
· Integration: Decoiler, Straightener, Servo Feeder
· Control Interface: EtherCAT / Modbus / Profinet
· Safety: Light curtain, interlock, emergency stop
How to Choose the Right Press Transfer System
Selecting the right press transfer system depends on your production requirements, including part size, production speed, press layout, and automation level. Below is a quick selection guide to help you choose between multi-press transfer robots, multi-press transfer systems, and stamping robot arms.
· For high-volume automotive production: Choose a multi-press transfer system for continuous press-to-press automation.
· For flexible stamping lines: Use a multi-press transfer robot with customizable grippers and stroke.
· For precision parts or complex movements: A 3-axis stamping robot arm provides higher accuracy and flexibility.
· For limited factory space: Compact transfer systems or single-press multi-station solutions are recommended.
Application & System Matching Guide
| Application | Recommended System | Reason | Typical Industry |
|---|
| High-speed continuous stamping line | Multi-Press Transfer System | Ensures synchronized transfer between multiple presses with high efficiency | Automotive manufacturing |
| Flexible production with multiple product types | Multi-Press Transfer Robot | Supports quick changeover and custom gripper design | Metal parts / OEM factories |
| Precision stamping or complex part handling | 3-Axis Stamping Robot Arm | Provides higher positioning accuracy and multi-directional movement | Electronics / small components |
| Limited workshop space | Compact Transfer System | Optimized layout reduces footprint | SME factories |
| Heavy or large panel transfer | Heavy-duty Transfer Robot | Higher payload capacity and stability | Home appliance / large metal panels |
Key Factors for System Selection
· Workpiece size & weight: Determines robot payload and gripper type
· Production speed (SPM): Impacts system structure and servo performance
· Press layout: Number and spacing of presses affect transfer stroke
· Automation level: Standalone robot vs fully integrated transfer line
· Integration requirements: Compatibility with feeders, decoilers, and PLC systems