Complete Operator Safety
Keeps human operators 100% clear of dangerous press die zones, eliminating amputation hazards and reducing workforce fatigue.
±0.1 mmPositional Repeatability
0 mm/sMax Horizontal Transfer Speed
0 kgStandard Payload Capacity
0%Safety Die-Zone Clearance
Engineered Press Automation
High-Speed Servo Stamping Transfer Automation
The Stamping Press Transfer Robot engineered by Marvel Industrial Solution is a 4-axis / 5-axis high-speed robotic system designed for automated sheet metal blank loading, press-to-press part transfer, and finished component unloading. Engineered to integrate with mechanical, hydraulic, and progressive stamping presses ranging from 25 to 200+ tons, it eliminates hazardous manual part feeding while maximizing strokes per minute (SPM).
Built with robust servo motor drives, high-precision linear guides, and custom End-of-Arm Tooling (EOAT), our transfer systems ensure rigid part stabilization and smooth acceleration profiles during high-speed transfer steps. Factory managers across automotive, appliance, and metal stamping industries achieve consistent product quality, zero press-die safety incidents, and up to 40% higher daily output.
- Tier-1 Servo Architecture: Motion control powered by precision servo drives and premium timing belts for vibration-free part positioning.
- Custom End-of-Arm Tooling: Tailored vacuum suction cups, magnetic lifters, or pneumatic clamping heads suited to your part geometry.
- Dual Safety Interlocking: Encoder-verified synchronization with press crank angles guarantees zero collision risk inside the die space.
Technical Specifications
Robotic Press Transfer System Models
Standard engineering configurations for press loading, unloading, and inter-press line transfer. Custom arm reaches and payload ratings are engineered upon request.
| Parameter | 10 kg High-Speed Model (4/5 Axis) | 5 kg Compact Model (4 Axis) |
|---|---|---|
| Rated Payload Capacity | 10 kg (including tooling weight) | 5 kg (including tooling weight) |
| Maximum Working Radius | 1450 mm reach | 1250 mm reach |
| Kinematic Configuration | 4 Axis Standard / Optional 5th Axis Flip | 4 Axis Standard Motion |
| Positional Repeatability | ±0.1 mm | ±0.1 mm |
| Vertical Z-Axis Motion | 400 mm travel @ 500 mm/sec max speed | 400 mm travel @ 500 mm/sec max speed |
| Horizontal Travel Speed | 650 mm stroke @ 2000 mm/sec max speed | 450 mm stroke @ 2000 mm/sec max speed |
| Swing Arm Travel / Speed | ±160° travel @ 225°/sec max speed | ±160° travel @ 225°/sec max speed |
| Rotation & Flip Axes | ±360° rotation @ 360°/sec max speed | ±360° rotation @ 360°/sec max speed |
| Control & HMI System | PLC Motion Controller + Kinco Touch HMI | PLC Motion Controller + Kinco Touch HMI |
| Electrical Requirements | Single-Phase 220V, 50/60 Hz (2.3 kW Rated) | Single-Phase 220V, 50/60 Hz (2.3 kW Rated) |
Note: Electrical cabinet components feature tier-1 global brands (Kinco, Delixi, Optibelt, Chint) for easy worldwide maintenance and spare parts availability.
Productivity & Safety
Key Engineering Advantages for Press Shops
Designed to withstand heavy industrial vibration and non-stop operational schedules in high-volume metal forming environments.
Higher Press Output (SPM)
Servo synchronization allows the transfer arm to enter and clear dies rapidly, allowing presses to run at higher continuous stroke speeds.
Consistent Positioning (±0.1 mm)
Eliminates double-blank feeding and misaligned loading, protecting expensive dies from damage and reducing component scrap rates.
Multi-Press Line Transfer
Easily linked in series to shuttle parts across progressive stamping lines: Blanking → Drawing → Piercing → Trimming → Stacking.
Flexible Recipe Management
Touchscreen HMI enables quick recipe loading for different die sets, component dimensions, and press timing parameters during part changeovers.
Modular Gripper Options
Interchangeable vacuum pads, magnetic arrays, or double pneumatic grippers tailored for oily sheets, textured metals, and perforated blanks.
Automated Sequence
The Automated Transfer Cycle
From blank separation to component unloading, every step is motion-profiled to prevent sheet distortion and maximize throughput.
Sheet Blank Pick-Up
Vacuum or magnetic grippers pick the top sheet metal blank from the feeder table with double-blank detector verification.
Precision Die Entry
The servo arm accelerates into the open press bed, aligning the part onto die locating pins with ±0.1 mm positioning accuracy.
Stamping Synchronize
The arm exits the die zone rapidly. Dual safety interlock signals release the press stroke mechanism to perform forming/stamping.
Part Extraction & Move
Upon press ram ascent, the robot extracts the stamped part and transfers it directly to the next press or output discharge conveyor.
Target Applications
Industries Benefiting from Press Automation
Our transfer systems support continuous high-speed production across major OEM and Tier-1 manufacturing sectors globally.
- Automotive Body & Chassis Stamping
- Electrical Switchgear & Enclosure Cabinets
- Home Appliance & White Goods Panels
- Commercial Kitchenware & Deep Draw Vessels
- HVAC Ducting & Bracket Components
- Precision Hardware & Structural Brackets
- Motor Stator & Rotor Lamination Lines
- Agricultural Equipment Metal Forming
Factory Automation Support
Automate Your Press Line with Marvel Engineering
Provide us with your press stroke specs, die opening dimensions, component weight, and target cycle time. Our automation engineering team will provide custom layout drawings, cycle time simulations, and a factory quotation.
Engineering Consultation Includes:
- Custom EOAT & Gripper design based on part CAD
- Press interlock circuit diagrams & timing analysis
- Factory Acceptance Testing (FAT) with your dies/parts
- Export seaworthy packing & overseas installation support
Frequently Asked Questions
Stamping Press Automation FAQs
Technical guidance for plant engineers and procurement teams evaluating press transfer equipment.
Our transfer robots seamlessly interface with mechanical, hydraulic, and pneumatic presses ranging from 25 tons to 200+ tons capacity, both for single-press loading/unloading and multi-press inline transfer lines.
We engineer custom End-of-Arm Tooling (EOAT) including vacuum suction cup assemblies for smooth panels, high-power magnetic grippers for ferrous metals, pneumatic clamp jaws for oily parts, and dual-function grippers configured for complex geometries.
The system utilizes dual-channel safety interlock logic connected with encoder feedback and press PLC signals, ensuring the transfer arm enters and exits the die space only when the ram is safely past top dead center (TDC).
Yes. Integrated double-blank sensors detect if two sheets are adhered together by oil film, instantly triggering an automated reject cycle or alerting the operator to prevent die damage.
Every export system comes with full foundation plans, electrical schematics, operating manuals, PLC parameter backups, spare parts lists, and pre-shipment FAT video validation. On-site commissioning and remote diagnostics support are standard.