30 to 90 seconds Transfer Stamping Line For Sale 400T to 2500T
30 to 90 seconds Transfer Stamping Line For Sale 400T to 2500T
30 to 90 seconds Transfer Stamping Line For Sale 400T to 2500T
Brand Name
Qicheng
country of origin
China
MOQ
1
unit price
Negotiable
payment method
TT/LC
Product Summary
Transfer Stamping Line For Sale In the era of high-speed, low-energy manufacturing, a mature Transfer Stamping Line is the cornerstone of corporate competitiveness. Our current offering features a comprehensive range of automated transfer lines (400T to 2500T), specifically engineered for medium-to...
Product Details
Highlight:
400t stamping press line
,400t transfer stamping line
,2500t stamping press line
Application:
Printing And Transferring Designs Onto Various Materials
Cycletime:
30 To 90 Seconds Per Transfer
Dimensions:
Dependent On Model, Approx. 1.5m X 1m X 1.2m
Materialcompatibility:
Textiles, Ceramics, Metals, Plastics
Constructionmaterial:
High-quality Steel Frame With Heat-resistant Coating
Heatingmethod:
Electric Heating Elements
Weight:
Approximately 150-250 Kg Depending On Model
Temperaturerange:
Up To 250°C
Type:
Industrial Heat Transfer Machine
Transferareasize:
Varies By Model, Typically 40x50 Cm To 60x80 Cm
Controlsystem:
Digital Control Panel With Programmable Settings
Safetyfeatures:
Overheat Protection, Emergency Stop Button
Powersupply:
220V/380V, 50/60Hz
Pressurerange:
Adjustable Pressure Settings
Productname:
Transfer Press Line
Product Description
Transfer Stamping Line For Sale
In the era of high-speed, low-energy manufacturing, a mature Transfer Stamping Line is the cornerstone of corporate competitiveness. Our current offering features a comprehensive range of automated transfer lines (400T to 2500T), specifically engineered for medium-to-large, multi-station complex metal components. By integrating high-speed servo drive systems with digital monitoring logic, this solution minimizes downtime and ensures micron-level forming consistency under 24/7 high-intensity conditions, delivering superior Technical Trustworthiness.
Core Technical Specifications
| Feature | Performance Range | Strategic Benefit |
|---|---|---|
| Compatible Tonnage | 400T - 2500T | Covers everything from small structural parts to large floor panels |
| Bolster Size | 3000mm - 6000mm+ | Provides ample space for multi-station sequential processing |
| Max Stroke Rate (SPM) | 15 - 30 SPM | Significantly reduces per-part cost compared to single-press modes |
| Degrees of Freedom | 2D / 3D Servo Linkage | Adapts to any complex part orientation and transfer requirements |
| Quick Die Change (QDC) | Auto/Semi-auto Bolsters | Enables model changeovers within 10-15 minutes, boosting OEE |
Key Solution Highlights
- Precision Servo Synchronization: Utilizing EtherCAT or PROFINET bus communication, the system couples the press slide position with transfer bar motion in millisecond cycles. This Expert Integration ensures zero-interference part transfer at high speeds, mitigating the risk of downtime due to collisions.
- Lightweight High-Rigidity Bar Design: Transfer bars are constructed from high-strength extruded aluminum or carbon fiber, reducing inertial loads while maintaining load capacity. Coupled with closed-loop servo control, this achieves exceptional start-stop precision.
- Full-Lifecycle Digital Support: The solution includes a built-in Recipe Management System. Operators can recall thousands of tool sets via a unified HMI. Integrated remote diagnostic modules facilitate Predictive Maintenance, ensuring maximum uptime.
- Superior Safety Compliance: The entire line adheres to ISO 13849-1 PLe safety standards. Integrated multi-level interlocks, light curtains, and emergency braking systems provide an Authoritative Guarantee of a safe working environment.
Technical Q&A
Q: What is the typical lead time from installation to mass production?
A: Leveraging our Modular Design and Pre-assembly Expertise, systems are pre-commissioned before shipment. On-site installation typically ranges from 6 to 10 weeks. With our resident engineers' guidance, clients generally enter pilot production within one week following installation completion.
Q: How do you ensure the system remains compatible with future model changes over the next 3-5 years?
A: The solution utilizes an Open Software Architecture. Transfer strokes and profiles are fully programmable, and mechanical interfaces are pre-engineered for End-of-Arm Tooling (EOAT) expansion. This ensures that as part geometries evolve, you only need to update the tooling and software, rather than the entire automation system.
Q: Are there specific features for processing aluminum alloys?
A: To prevent scratching, we offer Soft-Landing Vacuum Cups and induction-based centering stations. Furthermore, the feeding line can integrate specialized aluminum-sheet oilers, ensuring optimal material flow during forming—a testament to our Deep Process Expertise.
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