Small Footprint Robotic Transfer Press Line Automation With Emergency Stop
Price:
Negotiable
MOQ:
1
Delivery Time:
60 days
Brand:
Qicheng
Product Description
Robotic Transfer Stamping Line Automation
Traditional stamping automation is often constrained by linear or 2D transfer paths. Robotic Transfer Stamping Line Automation shatters these limitations. By integrating high-performance 6-axis industrial robots with specialized press-synchronization software, our systems execute complex maneuvers including flipping, tilting, and side-loading with ease. Whether handling deep-drawn inner panels or aerospace components requiring multi-angle orientation, the robotic system automatically optimizes trajectories based on die geometry. This high degree of flexibility not only shortens new product introduction (NPI) cycles but also establishes industry-leading Technical Trustworthiness through rigorous motion control precision.
Core Technical Specifications
| Feature | Specification | Strategic Value |
|---|---|---|
| Degrees of Freedom | 6-Axis / 7-Axis (incl. Linear Rail) | Enables any part orientation between stations |
| Repeatability | ±0.05 mm to ±0.10 mm | Ensures absolute centering precision during high-speed picking |
| Sync Cycle Time | < 1 ms | Real-time data handshake between robot and press controllers |
| Max Reach Radius | 2500 mm - 3500 mm | Adaptive to wide inter-press pitches in large tandem lines |
| Protection Rating | IP65 / IP67 | Engineered to withstand oil mist, vibrations, and metal debris |
Key Advantages
- Unmatched Trajectory Flexibility: Robots adjust paths in real-time based on die geometry. For dies with deep cavities or interference points, the robot utilizes curved bypasses or part tilting to find the optimal ingress/egress path, effectively shortening cycle times.
- Seamless Changeover & ATC Integration: The system features fully Automatic Tool Changers (ATC). During model changeovers, the robot autonomously retrieves the correct EOAT from the tool magazine. All pneumatic, electrical, and process recipes connect in seconds, facilitating true Agile Manufacturing.
- Intelligent Interference & Collision Avoidance: Utilizing 3D simulation data for real-time validation, the system monitors motor torque anomalies. If a minor interference is detected, the system executes microsecond-level braking to protect expensive dies and robotic reducers.
- Digital Twin Virtual Commissioning: Before hardware installation, we complete full-line logic debugging in a virtual environment. This reduces on-site installation time by over 50% and ensures peak Stability and Reliability from day one.
Technical Q&A
Q: Can robotic motion speeds match the cycle rates of traditional mechanical transfer bars?
A: While this was previously a hurdle, modern High-Speed Stamping Robots —utilizing lightweight arms and advanced servo-acceleration algorithms—now achieve SPM rates compatible with most medium-to-high speed lines. Furthermore, robotic path flexibility reduces idle waiting time, often resulting in superior overall OEE.
Q: How do you prevent collisions between multiple robots working in tight inter-press spaces?
A: We implement a Distributed Control Architecture where all robots operate within a shared spatial coordinate system. Through regional interlocking signals and dynamic path prediction, the system ensures that adjacent robots complete alternating tasks within millisecond intervals, eliminating physical interference.
Q: Are the technical requirements for operating robotic lines excessively high?
A: Our solution provides a Graphical Teaching Interface. Operators do not need to write complex code; they can adjust paths via a touchscreen by dragging virtual models. This intuitive interaction significantly lowers the barrier to maintenance and operation.
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Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Zhejiang SAS Intelligent Technology Co.,Ltd.
Location
No. 1668, Yedao Road, Haiyan Economic Development Zone, Jiaxing City, Zhejiang Province, China
Contact Person
Mike