3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)

3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)

Roll-fed three-station thermoforming machine for the production of plastic plates, trays and food containers

With an impressive material utilization rate of 65-90% and energy-efficient operation consuming just 15-20 kW/h, this 3-station thermoforming machine helps reduce production costs while enhancing your competitive edge.

The plastic thermoforming machine is engineered for a wide range of thermoplastics, including PET, BOPS, PS, PVC, and PLA. It efficiently manufactures diverse packaging products such as bowls, plates, lids, trays, punnets, fruit and vegetable boxes, food containers, and blister trays for wine, pharmaceuticals, electronics, and everyday items.

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Sample Showcase
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
Technical Specifications
Model HY-70/80
Max. forming area 700×800mm
Applicable materials BOPS/PET/HIPS/PVC
Max. forming depth 120mm
Sheet thickness 0.1-1.0mm
Max. cutting force 70T
Production speed 14-25 cycles/min
Total heating power 20kW (A zone) 36kW (B zone)
Total motor power 22kW
Air pressure 0.7MPa
Air consumption 3000 liters/min
Water consumption 50 liters/min
Power supply AC380+15V, 50Hz
Max. sheet roll diameter 1000mm
Machine weight 10000kg
Dimensions (L×W×H) Main machine 7670×1705×2830mm
Material feeder 1440×1323×1306mm
Mold Layout Display
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • BOPS clamshell box: 273x196x15mm
  • Mold layout: 8 cavities/mold
  • Material utilization ratio: 83.3%
  • Recommended material width: 773mm
  • Cutting knife length: 7500mm
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • 3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • PET tray: 195x142x32mm
  • Mold layout: 15 cavities/mold
  • Material utilization ratio: 84.9%
  • Recommended material width: 780mm
  • Cutting knife length: 10110mm
Working Process
3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)
  • Roller
  • Heating
  • Forming
  • Cutting
  • Stackng
  • Rewinding
  • FeedingFeeding
  • HeatingHeating
  • FormingForming
  • CuttingCutting
  • StackingStacking
  • RewindingRewinding
Machine Structure
3 Station Plastic Thermoforming Machine (BOPS/PET/PS/PVC)

  • Feeding rack

  • Preheating zone

  • Forming station

  • Sheet pulling unit

  • Control panel

  • Touchscreen control panel

  • Cutting station

  • Stacking robot

  • Finished product conveyor belt

  • Manual switch for collecting frame cylinder

  • Scrap rewinder

Features
    • 1

      Three-station design integrates automatic forming, cutting, and stacking for high efficiency

    • 2

      Full servo drive system ensures stable and precise machine operation

    • 3

      Memory storage system simplifies operation and parameter adjustment

    • 4

      Dual heating systems, one optimized for BOPS sheets and one for PET sheets, ensuring best forming quality

    • 5

      Chain-free feeding system increases material utilization to 65-90%

    • 6

      Cost-effective molds with simple, efficient design for easier maintenance

    • 7

      Energy-efficient operation with high-performance heating rods, power consumption approx. 15-20kW/h

Electrical Components
    • Solenoid valveSolenoid valve
    • PLC multi-color touch screenPLC multi-color touch screen
    • Servo motor and driveServo motor and drive
    • Circuit breakerCircuit breaker
Configuration Details
    • HMI touchscreen
      HMI touchscreen
      • User-friendly interface for full machine control
      • Large memory capacity with strong data storage functions
      • The operating language can be customised
    • Material loading
      Material loading
      • Automatic loading system powered by air cylinder
      • Stable and precise sheet feeding
      • Max. feed roll diameter of 1000mm
    • Heating system
      Heating system
      • Heating boards with integrated heating rods for fast, continuous heating
      • Low power consumption of 15-20 kW/h
    • Forming station
      Forming station
      • Four-pillar support structure ensures stability
      • Upper and lower dies driven by fully servo-controlled system
      • Choice of wooden or aluminium cutting dies are available, with options of fixed or movable die
      • Material utilisation: 75-90% for square products; 66-78% for circular or irregular products
      • Gap between mould cavities: 6-8mm; mould side allowances: 7.5-10mm
      • Cutting dies employ premium laser blades; replace blades after 1.5-2 million cuts per mould
    • Chain-free feeding system
      Chain-free feeding system
      • Full servo-driven feeding system
      • Static and dynamic auxiliary clamps for precise sheet handling
      • Eight guiding rollers ensure smooth sheet movement
    • Cutting station
      Cutting station
      • Four-pillar support structure for stability
      • One-piece mold plates for accurate guiding
      • Upper and lower molds driven by full servo system
      • Equipped with bottom air-hole punching function
      • Quick mold change with safety lock mechanism
    • Stacking station
      Stacking station
      • Automatically configurable stacking layers
      • Servo-driven stacking system
      • Efficient direct product retrieval within the mould
      • Removable conveyor belts for easy maintenance
      • Lightweight aluminium suction rod for long-lasting durability
    • Electrical cabinet
      Electrical cabinet
      • The components made from Inovance, Panasonic, Schneider, Festo Mac etc.
      • Includes emergency stop button for safety.
      • Optimized electrical design for stable and reliable machine operation.
Videos
    • HY-70/80 Plastic Thermoforming Machine for Medical Injection Tray
      HY-70/80 Plastic Thermoforming Machine For Medical Injection Tray
    • HY-70/80 Plastic Thermoforming Machine for Sweet Clamshell Box
      HY-70/80 Plastic Thermoforming Machine For Sweet Clamshell Box
    • HY-70/80 Plastic Thermoforming Machine for PET Sushi Tray Box
      HY-70/80 Plastic Thermoforming Machine For PET Sushi Tray Box
Your Packaging Goals,
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  • Should you intend to produce pure PP products in future, we recommend utilising the ATM-76/65 or ATM-75/85 models of positive/negative pressure workstation thermoforming machines.
  • If your focus is solely on PET egg tray production, you possess prior experience with thermoforming machines, and require compatibility with existing thermoforming moulds, we recommend the ATM-72/76 or ATM-72/85 models of negative pressure workstation thermoforming machines.
  • Should your focus be solely on PET egg trays or other PET products without producing PP materials, and you prioritise material savings and energy efficiency, we recommend the HY-70/80 positive/negative pressure workstation thermoforming machine.

Yes, our thermoforming machine is equipped with an intelligent temperature control system. It offers automatic fault diagnosis, data storage for up to 1,000 sets, and real-time monitoring, helping detect issues early and minimize production loss.

Plastic Thermoforming Machine (Multi-Station)

A multi-station plastic thermoforming machine with positive and negative pressure forming is recommended. It can handle complex structures while delivering more uniform wall thickness, ensuring better accuracy and sealing performance.

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Plastic Thermoforming Machine (Multi-Station)

The plastic thermoforming machine with positive and negative pressure forming is the preferred choice. It provides more uniform thickness and better material distribution, producing smoother surfaces and reducing internal stress. This results in higher transparency for finished products.

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Start-ups typically develop a wide variety of products, at which point the demands on moulding costs are extremely high.

The multi-station plastic vacuum (negative pressure) forming machine is a practical choice. It has a simpler structure, lower investment cost, and easier operation and maintenance. While suited for less complex containers, it still supports efficient production.

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