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One-Station Plastic Beverage Bottles High-Speed Servo Negative Thermoforming Machine
| Price | $31000.00 |
|---|---|
| Min Order | 1 Piece |
| Availability | In Stock |
| Shipping From | Tianjin, China |
| Popularity | 574 people viewed |
Model NO.:
SEZ-1220*720
After-sales Service:
All Life
Warranty:
One Year
Certification:
CE, ISO
Column number:
Four Column
Molding Method:
Pressing
Automatic Grade:
Automatic
Product Name:
Servo Negative Pressure Machine
Keywords:
One-Station Vacuum Forming Machine
Max. Formed Area:
1220 X 720 mm
Closing Stroke:
300 mm
Running Speed:
40 Times / Min
Sheet Thickness:
0.12~2 mm
Minimum Energy Consumption:
15 Kw / H
Heating Brick:
Trimble / Elstein (Hts)
Heating Power:
39 Kw One-Stage Heating
Axle Pin and Sleeve Material:
Bearing Steel / Copper
Control System:
PLC Delta /Keyence
Servo Motor:
Delta / Yaskawa
Main Solenoid Valve:
Mac
Maximum Sheet Width:
750 mm
Trademark:
aihofen
Transport Package:
Standard or According to Customer Needs
Specification:
Standard or Customized
Origin:
China, Tianjin
HS Code:
8477409000
Product Description
One-Station Plastic Beverage Bottles High-Speed Servo Negative Thermoforming Machine
The servo vacuum machine is an efficient and precise industrial equipment, mainly used for the molding of plastic sheets or films. By combining servo drive technology with vacuum molding, this equipment is widely used in many industries.with flexibility and high production efficiency.
The basic workflow of the servo vacuum machine can be divided into several key steps:
Heating: The operator places the plastic sheet or film in the heating zone, and the equipment heats the material to its softening temperature by electric heating or infrared radiation. The appropriate temperature enables the material to be fully stretched and deformed in the subsequent molding process.
Molding:After the material is heated, the servo drive system lifts the mold to the appropriate position and starts the vacuum system at the same time. Under the action of negative pressure, the softened plastic is quickly adsorbed to the mold surface to form the desired shape. Servo drive technology makes the molding process smoother and can be precisely controlled according to different product requirements.
The basic workflow of the servo vacuum machine can be divided into several key steps:
Heating: The operator places the plastic sheet or film in the heating zone, and the equipment heats the material to its softening temperature by electric heating or infrared radiation. The appropriate temperature enables the material to be fully stretched and deformed in the subsequent molding process.
Molding:After the material is heated, the servo drive system lifts the mold to the appropriate position and starts the vacuum system at the same time. Under the action of negative pressure, the softened plastic is quickly adsorbed to the mold surface to form the desired shape. Servo drive technology makes the molding process smoother and can be precisely controlled according to different product requirements.
Cooling and demolding: After molding, the plastic is quickly solidified by natural cooling or water cooling. After cooling is completed, the negative pressure is released, the mold is automatically or manually separated, and the finished product can be taken out.Servo vacuum machines are widely used in fields that require high-precision control and vacuum adsorption. Servo motors provide fast, accurate, and repeatable motion control, suitable for industrial automation, robotics, CNC machine tools, etc. Negative pressure technology is suitable for vacuum packaging, vacuum adsorption handling, etc. Especially for handling light, fragile items or objects that need to avoid surface damage.
| ONE-STATIONVACUUM FORMING MACHINE | |
| Model | SEZ-1220 X 720 |
| Maximum Forming Area | 1220 X 720 mm |
| Closing Stroke | 300 mm |
| Running Speed | 40 Times / Min |
| Sheet Thickness | 0.12~2 mm |
| Minimum Energy Consumption | 15 kw / h |
| Heating Brick | Trimble / Elstein (HTS) |
| Heating Power | 39 kw One-Stage Heating |
| Axle Pin And Sleeve Material | Bearing Steel / Copper |
| Control System | PLC DELTA /KEYENCE |
| Servo Motor | DELTA / YASKAWA |
| Main Solenoid Valve | MAC |
| Maximum Sheet Width | 750 mm |
| Thermostat | Azbil |
| Installed Power | 50 kw |
| Equipment Size | 9 m X 2.3 m X 2.4 m |
| The Actual Parameters After Receiving The Goods Shall Prevail | |
SPACE-SAVING DESIGN
One-station vacuum-forming machines have a compact footprint, making them ideal for facilities with limited space. They can be easily integrated into existing production lines or workshops without requiring a significant amount of floor space.
One-station vacuum-forming machines have a compact footprint, making them ideal for facilities with limited space. They can be easily integrated into existing production lines or workshops without requiring a significant amount of floor space.
FLEXIBILITY AND CUSTOMIZATION
One-station vacuum forming machines allow for manual adjustment and customization of forming parameters such as heating temperature, material thickness, and forming time. This flexibility enables operators to create custom products with unique specifications and designs.
One-station vacuum forming machines allow for manual adjustment and customization of forming parameters such as heating temperature, material thickness, and forming time. This flexibility enables operators to create custom products with unique specifications and designs.
QUICK SETUP AND CHANGEOVER
One-station machines are quicker to set up and change over between different molds or products compared to multi-station machines. This can help reduce downtime and increase production efficiency for small-batch or on-demand manufacturing.
One-station machines are quicker to set up and change over between different molds or products compared to multi-station machines. This can help reduce downtime and increase production efficiency for small-batch or on-demand manufacturing.
ENERGY EFFICIENCY
Since one-station machines have a simpler design and operate on a smaller scale, they typically consume less energy compared to larger, multi-station machines. This can result in cost savings on energy bills and reduced environmental impact.
Since one-station machines have a simpler design and operate on a smaller scale, they typically consume less energy compared to larger, multi-station machines. This can result in cost savings on energy bills and reduced environmental impact.
SIMPLICITY AND EASE OF USE
One-station machines are typically easier to operate and require less technical expertise compared to fully automatic machines. This can be beneficial for businesses with limited resources or operators who are new to the vacuum forming process.
One-station machines are typically easier to operate and require less technical expertise compared to fully automatic machines. This can be beneficial for businesses with limited resources or operators who are new to the vacuum forming process.
Q1: Are you a factory or trading company?
A1: We are a factory.
Q2: How much production capacity of your company one year?
A2: This depends on your needs.
Q3: Can we visit your machine operation in your factory?
A3: We have our own plastic products company, you can see all the machines operating.
Q4: What's the warranty on your machines?
A4:12 month Warranty, Life-long technical support
Q5: How do you help with the installation?
A5: The engineer is available to serve overseas if needed. it is easy for customers to install through video calling. What's more, we have video tutorials for customers.
Q6: Can we test our own material with your machine before ordering?
A6: Yes, please contact us to send your material. We will test and send a video to you.
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