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Low‑power fully automatic orbital stretch wrapping line, saving energy during continuous packaging for long‑form workpieces.
Designed for modern industrial facilities striving for energy efficiency and operational automation, this Low-Power Fully Automatic Orbital Stretch Wrapping Line integrates seamlessly into existing conveyor networks. With a total connected motor power of just 1.55 kW (0.75 kW main ring drive + dual 0.4 kW line motors), it delivers high-performance 100 rpm profile wrapping while minimizing plant energy bills and carbon footprint.
Ultra-Low Energy Consumption Architecture: Powered by highly efficient electric motors (0.75 kW main drive and 2*0.4 kW transport drives), drawing significantly less electricity than hydraulic or higher-wattage alternatives without sacrificing wrapping force.
Full In-Line Industrial Automation: Equipped with intelligent PLC processing and touch-screen user controls, allowing hands-free automatic feeding, wrapping, and conveying for profile sizes up to 200mm x 200mm.
Engineered for Continuous 24/7 Operation: Built to European manufacturing standards with heavy-duty structural frames, offering a rated 10-year service life under demanding factory duty cycles.
Reduced Operating & Maintenance Costs: Simple mechanical drive layout combined with standard electrical components minimizes maintenance downtime and spare parts cost.
| Operating Parameter | Technical Specification |
|---|---|
| System Classification | Low‑Power Fully Automatic Orbital Wrapping Line |
| Total Motor Connected Load | 1.55 kW Total (0.75 kW Main Ring + 2 × 0.4 kW Conveyors) |
| Orbital Ring Operating Speed | 100 rpm |
| Conveyor Feed Velocity | 5‑8 m/min |
| Package Section Capacity | 200mm × 200mm (Goods Width: 120‑200mm) |
| Minimum Product Length | > 400 mm |
| Power Supply Voltage | 220V / 380V Electric Drive |
| Structural Footprint | 5600 × 1270 × 1350 mm |
| Compliance & Quality | CE Certified / European Standard Design |
Ideal for high-volume automated packaging lines in hardware manufacturing, commodity production, building materials, and automotive component packing.
Optimized by Seraphinite Accelerator
