Process: Arc forming + pitch stamping device
Sheet width: ~740 mm (5-peak antique pattern; other widths by model)
Feed width: 1000-1250 mm (by model)
Drive: Standard reduction motor or servo (precision pitch)
Sheet thickness: 0.3-0.5 mm coated steel
Cutting: Hydraulic, PLC length control
Look: Traditional segmented tile line on metal sheets
High-Throughput Servo Logic: Features a specialized servo-driven hydraulic station to minimize stamping dwell time and maximize hourly output.
Rapid Industrial Capacity: Engineered to achieve significantly higher production speeds (up to 8m/min) compared to standard models.
Gearbox Drive Architecture: Utilizes a precision gearbox transmission system for smooth, high-torque power delivery at maximum speeds.
Advanced Smart PLC Suite: Integrated high-end PLC with real-time diagnostics and cloud-ready batch tasking for 24/7 industrial operation.
Reinforced Heavy-Duty Frame: Built on an extra-heavy 400H beam base to eliminate vibration during high-speed industrial cycles.
| Component | Technical Specification |
|---|---|
| Material Thickness | 0.3mm - 0.8mm (Pre-painted / Galvanized Steel) |
| Feeding Width | 1000mm / 1200mm / 1250mm |
| Effective Width | 740mm (Effective Coverage) |
| Stamping Step Distance | 200mm - 400mm (Adjustable via PLC) |
| Forming Stations | 13 - 15 Stages (Optimized for High-Speed Stability) |
| Shaft Diameter | Φ80mm - Φ85mm Solid Induction Hardened Shafts |
| Drive Technology | Precision Gearbox / 1.2 Inch Double-Row Chain |
| Main Motor Power | 7.5KW - 11KW Industrial Motor with Inverter |
| Stamping Station | High-Speed Hydraulic Pressing Unit (Integrated) |
| Control Logic | Industrial PLC (Siemens / Mitsubishi / Schneider) |
| Cutting Accuracy | ±1.0mm (Synchronized at High Speed) |
Dynamic Speed Modulation: The system uses frequency inverters to smoothly accelerate and decelerate, preventing material slippage even at maximum throughput.
Rapid Stamping Cycle: Our specialized hydraulic valve technology reduces the tile stamping time by 30% compared to traditional systems.
Oversized Mechanical Bearings: Equipped with heavy-duty tapered roller bearings on all drive shafts to handle the thermal and mechanical stress of continuous high-volume production.
Integrated Oil-Cooling Hub: The hydraulic station includes an independent cooling system to ensure stable cutting pressure during intensive, long-shift operations.
