Applicable Materials |
All heat sealing materials, including pure PE |
Material size |
Film width: 1350mm; Roll diameter: 800mm |
Bag size |
The longest is 800mm per double; Maximum width 1300mm; Maximum height is 1300mm |
Fuselage size |
35000mm*4000mm*2380mm |
Fuselage weight |
15t |
Bag-making speed |
6pcs/min |
The IBC Liner Bag Making Machine is widely used for producing inner liners for plastic and metal intermediate bulk containers (IBCs). These bags are essential for industries requiring bulk liquid packaging such as food-grade liquids, chemical solutions, oils, and pharmaceuticals. It is also suitable for producing liners used in high-barrier packaging for sensitive materials, helping maintain hygiene, shelf life, and safety during storage and transport.
This intelligent bag-making machine is equipped with an advanced machine vision system and control system, enabling it to efficiently complete the entire process. It operates in fully automatic mode, including functions such as material feeding, automatic folding, automatic positioning, and automatic sealing. The machine offers multiple adjustable parameter settings that can be customized according to specific bag-making requirements, including operation time and bag thickness. Its high-precision sensors and controllers ensure consistent bag dimensions and advanced performance. Additionally, it features a user-friendly interface design, with intuitive and straightforward operation via an iPad.
1. Compatible with all heat-sealing materials, including single-material pure PE.
2. Bag type: 3D bag with upper and lower valves.
3. Integrated mechanical, electrical, and pneumatic design; cross-generation automation.
4. Panasonic GM1 PLC control.
5. Recipe-based production: auto-saving of size, sealing temp, tension, position, etc.
6. Pulse sealing: no preheating, 150°C/0.85s heating, 60°C/1s cooling—ideal for pure PE.
7. iPad split-screen control, operable from any position.
8. One-touch changeover, no mechanical adjustment; stores up to 10,000 recipes.
9. Servo-driven unwinding with ultrasonic sensing and automatic tension control.