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The 900 Two-cut Eight-punch Cut-to-Length Line is a high-performance coil processing system designed for precision silicon steel lamination production. It is widely applied in transformer core manufacturing and transformer core lamination processing requiring strict dimensional accuracy and stable output quality.
Built for transformer core lamination production environments, this equipment integrates multiple processing stages into one continuous automated line, significantly improving production efficiency while reducing manual handling.
Key processing capabilities include:
High-precision silicon steel coil leveling and feeding
Dual-cut shearing system for efficient material output
Eight-punch multi-position forming for transformer core lamination requirements
Continuous automatic operation for large-volume production
This integrated design ensures stable processing performance and consistent lamination quality, making it suitable for modern transformer core silicon steel processing facilities.
The 900 Two-cut Eight-punch system is engineered to deliver long-term operational stability and production efficiency in demanding transformer core lamination production environments.
The 900 Two-cut Eight-punch line integrates leveling, feeding, multi-position punching, and dual-cut shearing into a single continuous workflow. This integrated structure reduces material handling steps and supports smoother production flow in large-scale transformer core silicon steel processing environments.
Equipped with a full-servo drive system and SIEMENS/Finger CNC control, the machine ensures precise synchronization across feeding and punching operations. This helps maintain consistent lamination dimensions and stable processing accuracy during long production cycles.
The reinforced welded frame structure is designed for transformer core lamination production, allowing stable operation under continuous 24-hour production conditions. The system maintains mechanical rigidity and operational stability even during high-frequency punching and cutting.
During high-speed coil feeding, the automatic correction system continuously monitors material alignment. When deviation occurs, the system adjusts feeding direction in real time to reduce material waste and improve cutting consistency.
The Siemens-based CNC interface provides an intuitive control experience, allowing operators to quickly set punching quantity, feeding length, and cutting specifications. This reduces setup time between different production batches.
Parameter | Specification |
Product Name | 900 Two-cut Eight-punch Cut-to--Length Line |
Applicable Material | Silicon steel coils |
Control System | SIEMENS / Finger CNC |
Drive System | Full-servo drive system |
Inverter Brand | Delta |
Linear Guide Brand | HIWIN / AIRTAC |
Low-voltage Parts | Schneider / SIEMENS |
Ball Screws | Taiwan-made ball screws |
Core Functions | Leveling, Feeding, Multi-position punching, Shearing, Automatic error correction, Finished product collection |
Air Pressure Requirement | 0.5–0.7MPa |
Operation Capacity | 24-hour continuous stable operation |
Quality Certification | ISO9001 |
Delivery Time | Approximately 90 working days after receiving deposit |
Warranty Policy | 12-month warranty for the whole machine, free replacement parts for non-human damage, lifelong technical support |
Payment Terms | T/T, L/C (30% deposit, 70% balance before shipment) |
The 900 Two-cut Eight-punch line is widely used in transformer core manufacturing that requires high-precision silicon steel processing and consistent lamination quality.
The system is widely used in transformer core production, where precise silicon steel laminations are required to ensure stable magnetic performance and energy efficiency.
It is suitable for manufacturing transformer core laminations that require consistent geometry, accurate punching positions, and high-volume output.
The equipment is applied in cutting and punching silicon steel sheets used for transformer cores, helping ensure stable sheet dimensions and clean lamination edges.
It supports silicon steel processing for step-lap transformer core manufacturing, ensuring stable output quality for continuous transformer core production.
The system is designed for factories requiring continuous batch production of transformer core silicon steel laminations with strict dimensional control and stable throughput.
Proper operation ensures stable performance and extends equipment lifespan.
Before starting production, ensure the pneumatic system maintains stable air pressure between 0.5–0.7MPa. Check hydraulic stability, electrical connections, and ensure all safety systems are in normal condition.
Use the SIEMENS CNC interface to input production parameters, including feeding length, punching quantity, and cutting specifications. Ensure parameters match production requirements before starting operation.
Place the silicon steel coil onto the uncoiling system and ensure proper alignment with the feeding guide mechanism. Correct positioning is essential for stable feeding performance.
Once the system is activated, the machine performs continuous leveling, feeding, punching, and shearing operations automatically, maintaining stable production flow without manual intervention.
During operation, monitor system status through the control interface. Pay attention to feeding accuracy, punching stability, and cutting output consistency.
Stop material feeding first, allow the system to complete the current processing cycle, then shut down the CNC system and main drive unit in sequence to ensure safe operation.
A:The pneumatic systems, including the precise clamping and punching assist mechanisms, require a stable air pressure ranging from 0.5 to 0.7MPa. Ensuring your facility's centralized air compressor meets this continuous requirement is vital for maintaining maximum punching force and optimal operational speed.
A:Yes, the machine is explicitly engineered for round-the-clock operation. The heavy-duty welded frame, combined with advanced thermal management in the Delta inverters and full-servo drive systems, ensures consistently stable performance without overheating or precision degradation during demanding 24/7 shifts.
A:The system utilizes high-precision optical sensors integrated seamlessly with the SIEMENS/Finger CNC controller. If the silicon steel coil deviates from the central axis during the high-speed feeding process, the sensors instantly detect the shift and signal the servo-driven guide rollers to realign the material in real-time, preventing edge damage and dimensional errors.
A:We offer highly secure and flexible commercial terms, accepting both T/T (Telegraphic Transfer) and L/C (Letter of Credit). The standard payment structure requires a 30% deposit, with the remaining 70% balance due prior to shipment. The standard manufacturing and delivery lead time is approximately 90 working days upon receipt of the initial deposit.
A:We provide a comprehensive 12-month warranty covering the entire machine. During this period, any non-human-induced damage to core components will be replaced entirely free of charge. Furthermore, we offer lifelong technical support, ensuring your facility's maintenance teams always have direct access to our engineering expertise for the entire lifespan of the equipment.
