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NovaStar, N2, Roll Feed, Square Bottom, Max Speed 220 pcs/min, Width 110 to 280mm (New)

NovaStar, N2, Roll Feed, Square Bottom, Max Speed 220 pcs/min, Width 110 to 280mm

Description

  1. Overview
    1. Roll feeding square bottom paper bag making machine forming the paper bag in one process from printed or unprinted roll paper, side gluing, roll folding, roll paper cutting, bottom folding, bottom gluing, bottom forming, bag formation at a stroke.
    2. This machine controls by PLC programmable servo motor through the human-machine touch screen interface.
    3. It can produce various specifications of paper bags.
    4. This machine has advantages of high speed, quickly replace the paper bag specifications, more wide range adjusting, etc.
    5. It is an ideal machine for producing food bag, shopping handles bag.
  2. Specifications
    1. Width of paper roll: 600 mm (model APE-N1), 320 to 930 mm (model APE-N2), 600 to 1300 mm (model APE-N3).
    2. Length of tube/cutting length (C): 190 to 370 mm (model APE-N1), 270 to 500 mm (model APE-N2), 270 to 500 mm (model APE-N3).
    3. Width of paper bag (W): 80 to 180 mm (model APE-N1), 110 to 280 mm (model APE-N2), 260 to 450 mm (model APE-N3).
    4. Length of paper bag (L): 155 to 330 mm (model APE-N1), 225 to 470 mm (model APE-N2), 225 to 470 mm (model APE-N3).
    5. Width of bag bottom (H): 50 to 100 mm (model APE-N1), 60 to 160 mm (model APE-N2), 80 to 180 mm (model APE-N3).
    6. Paper weight: 50 to 160 gsm (model APE-N1), 50 to 160 gsm (model APE-N2), 50 to 60 gsm (model APE-N3).
    7. Max. diameter of paper roll: Φ1400 mm (model APE-N1), Φ1500 mm (model APE-N2), Φ1500 mm (model APE-N3).
    8. Internal diameter of roll core: Φ76 mm (all models).
    9. Max. speed: 200 pcs/min (model APE-N1), 220 pcs/min (model APE-N2), 180 pcs/min (model APE-N3).
    10. Power: 10 kW (model APE-N1), 13 kW (model APE-N2), 15 kW (model APE-N3).
    11. Weight: 3.5 t (model APE-N1), 6.5 t (model APE-N2), 9 t (model APE-N3).
    12. Overall dimension (LxWxH): 8600x1600x1750 mm (model APE-N1), 8600x2200x1800 mm (model APE-N2), 8600x2500x1800 mm (model APE-N3).
    13. Voltage: 480V 3 Phase 50/60 Hz
    14. Weight: 6500.0
  3. Features
    1. Adjustable roll to square bottom bag making machine.
    2. Introduce in-touch screen human-machine interface, easy for correction and fine adjustment. Alarm and working status can be displayed in screen on-line, easy for operation and maintenance.
    3. Equipped with Yaskawa PLC for centralized control system and Sick photocell for correction, tracking the printed material accurately, minimize the adjustment and preset time, increase the production efficiency.
    4. Human oriented security protection, whole housing design, ensure the safety of operator.
    5. Physios is roller hydraulic material loading system with chuck, hydraulic up/down system.
    6. Automatic constant tension control for unwinding, EPC web guider system, motor for material feeding with inverter, minimize the adjustment time for web alignment.
    7. High speed-oriented design ensures successful of production: within the suitable paper range, production capacity can reach 100~220 pcs/min, even higher, which increases the unit production capacity and gets higher profit.
    8. Original Schneider electric system, ensure better stability and reliability; perfect after sale service, trouble free for customer.
    9. Glue roller air defense coating control, avoid gluing on besmear brush’s hub surface directly, reduce unnecessary trouble.
    10. Automatic lubricating oil supply system.
  4. Main Configuration
    1. Unwind unit
      1. Separated single unwind roll stand with hydraulic lift device.
      2. Physios is roller for paper roll loading, the load arms are driven by two hydraulic cylinders separately, can be adjusted freely.
      3. Magnetic powder brake and constant auto tension control for unwinding tension control.
      4. EPC (electronic program control) web guide system for material alignment.
    2. Material in-feed unit
      1. Separated material in-feed section.
      2. Adjustable side seam glue coating, automatic disengage when machine stop.
    3. Tube forming unit
      1. Whole unit tube forming frame.
      2. Former mold support design, adjustable former support for precise former alignment.
      3. Multi side tuck discs design, manual adjustment. Rotary side gusseting tuck disc—quick release paper threading and save production setting.
      4. Adjustable pressing wheel.
    4. Bottom forming unit
      1. Material feeding by independent servo draw roll drive system, photo cell system for running preprinted materials (no change gears).
      2. Rotary serrated cutoff with elliptical gears.
      3. Adjustable bottom score device, can adjust the bag bottom size.
      4. Bottom opening cylinder with split cam for full range stretch adjustment.
      5. Multi-layer bottom forming drum, center grippers, second tuck clamps, and drum fingers are adjustable for ease of changeover.
      6. Bottom glue applicator with pneumatic cylinder for engagement.
      7. Bottom impressing roller with up/down feature for easy operation.
    5. Bag delivery unit
      1. Side table delivery with belt for easy operation.
      2. Rubber impress roller for bag shape fixation.
    6. Control unit
      1. PLC centralized control for whole machine.
      2. Human-machine interface, touch screen operator control, easy to change machine settings and monitoring.
    7. Others
      1. Main components is used NSK ball bearing from Japan.
      2. Pneumatic components: Airtag.
      3. Low voltage components: Schneider.
      4. Side glue system using Italian Zator. Correction using Italian Selectra.
      5. Sick photocell for correction, tracking the printed material accurately.
      6. Servo motor (Yaskawa), and electric equipment Schneider.
  5. Condition
    1. Used industrial machine.