Applicable Materials |
Composites |
Material size |
Film width: 1320mm; Roll diameter: 800mm |
Bag size |
The longest is 400mm per double; The maximum width is 600mm |
Fuselage size |
16000mm*3000mm*2300mm |
Fuselage weight |
8t |
Bag-making speed |
16pcs/min |
The Suction Nozzle Stand-up Bag Making Machine is built to meet the growing demand for high-performance liquid pouch packaging. Tailored for composite materials, this machine efficiently produces stand-up pouches with suction nozzles, commonly used in food sectors.
Supporting film widths up to 1320mm and roll diameters of 800mm, this machine accommodates a wide range of laminated films to meet diverse packaging specifications. It can produce bags up to 600mm wide and 400mm long per double, making it ideal for manufacturing medium to large spouted pouches with precise shape and reliable seals.
Its robust yet streamlined frame measures 16000mm × 3000mm × 2300mm, with a total weight of 8 tons, ensuring structural stability and efficient use of production floor space. Operating at a bag-making speed of 16 pcs/min, it delivers consistent performance with precise alignment, heat sealing, and spout-insertion mechanisms.
This advanced machine forms, seals, and configures spouted pouches through a fully automated system that integrates cutting-edge mechanical, electrical, and pneumatic technologies.
1. Compatible with a wide range of composite film structures for liquid, paste, or semi-liquid products
2. Produces four-side seal stand-up pouches with forked edges and integrated suction nozzle
3. Incorporates a fully integrated system combining mechanical transmission, electrical control, and pneumatic operation for smooth coordination
4. Panasonic PLC control system ensures precision automation and simplified adjustments
5. All functional parameters—including speed, bag length, temperature, punching, counting, and output delivery—are available via a user-friendly touchscreen interface
6. The unwinding system is equipped with constant tension control, ultrasonic edge guiding, and magnetic powder brake for accurate material feeding