Main Technical Specifications
Parameter | Description |
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Material | PP, PE, PS, PVC, PET, ABS, HIPS |
Sheet thickness | 0.3-2.0 mm |
Sheet width | 540-650 mm |
Maximum forming area | 650×300 mm |
Largest forming area | 650×200 mm |
Maximum forming depth | 150 mm |
Work efficiency | ≤25 strokes/min |
Heating power | 50 kW |
Main motor power | 7.5 kW / 4-stage |
Power supply | 380V/50Hz |
Voltage | 0.6-0.8 MPa |
Required air volume | 2500-3500 L/min |
Required water volume | 40-45 L/min |
Machine weight | Approximately 7T |
External dimensions | 4000 mm × 1600 mm × 2200 mm |
Features
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Mold Installation System
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The mold installation mechanism adopts a column-guided positioning system, ensuring stability and balanced force distribution.
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The working mechanism is based on the multi-support bar principle.
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A hydraulic cylinder provides power for lifting and smoothly moving the mold up and down.
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Mold Lifting & Motion System
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The mold lifting mechanism operates through the hydraulic system.
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The operational sequence is as follows: lifting, forming, cutting, demolding, and mold return.
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Heating System
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The heating oven is divided into an 8-row upper oven and a 7-row, 8-zone lower oven.
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The heating system incorporates built-in ceramic far-infrared radiation components, ensuring high thermal efficiency, safety, and reliability.
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Material Transmission System
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A frequency-converting motor controls material transmission, ensuring precise and stable movement.
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The transmission chain track includes a cooling water system, providing high cooling efficiency and water-saving capabilities.
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The internal lining of the transmission system is made of stainless steel.
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The guide chain track is made of 38CrMoAlV mold steel, which is hardened through nitriding, resulting in high hardness and extended service life.
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Control System
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The system is equipped with a PLC and a human-machine interface with a touch screen.
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Its low center of gravity design reduces cup height, ensuring stable and smooth operation.
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The interface provides user-friendly operation and an optimal observation height.
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Air Circuit Control
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The air circuit control system uses an inlet valve, ensuring high working accuracy, long service life, quick response capability, and high working frequency, contributing to the machine’s stable operation.
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Hydraulic System
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The hydraulic system adopts high-efficiency imported components, ensuring stable operation and long service life.
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Stretching Mechanism
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The stretching mechanism uses a pneumatic inlet cylinder, ensuring precise and efficient execution of the process.
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Main Electrical Components
Component Name | Manufacturer & Brand |
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Temperature Controller | Profound Meaning |
Contactor | Schneider |
Relay | Schneider / Omron |
Power Button | China |
Solid-State Relay | Taiwan Yang Ming |
Proximity Switch | – |
Air Switch | Schneider |
PLC | Xinjie |
Touch Screen | Xinjie |
Automatic Cup Collecting Machine
Automatic Cup Collecting Machine
This equipment has a compact structure, occupies minimal space, consumes low energy, offers high efficiency, and is easy to use.
The machine is placed in front of the multi-functional plastic cup thermoforming machine to perform the automatic collecting process, significantly saving time.
Technical Specifications:
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Collectible plastic cup rim diameter: 75 mm – 95 mm
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Plastic cup height: 75 mm – 150 mm
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Compatible speed with the 660 multi-functional plastic cup thermoforming machine
Additional Equipment:
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Screw Air Compressor – 20 HP
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Air Tank – 1000 L
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Refrigerated Dryer & Filter – 20 HP
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Water Chiller – 5 HP
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