Home DBSF-B138-180 Fifteen Servo Paper Cup Machine

DBSF-B138-180 Fifteen Servo Paper Cup Machine

  • Model: DBSF-B138-180
  • Paper Cup Size: 6-16oz
  • Raw Material: single double PE coated paper, PLA coated, kraft paper
  • Paper thickness requirements: 190-320g/㎡
  • Production Capacity: 160-200pcs/min
  • Top Diameter: 60-90mm
  • Cup Height: 60-138mm
  • Bottom Diameter: 45-65mm
  • Dimension(l*w*h): 2800*1450*2000mm
  • Weight: 4200KG
  • Air Pressure: 0.6-0.8 Mpa
  • Power: 8KW
  • Warranty: 1 Year
  • Automation: Fully Automatic paper cups for hot cold drinks

Contact our support team via phone or WhatsApp:
📞 +86 136 4655 1968

Covers key components and technical support for 12 months.
🛠️ 1-Year Manufacturer Warranty

Description

Machine Description

High Speed Intelligent Servo Paper Cup Machine DBSF-B138-180 The Intelligent Paper Cup Machine has a table top layout that isolates the transmission parts and the mold. The transmission parts are under the table plate of the machine and the molds are on the table plate, this layout is easy to clean and maintain. The machine adopts automatic spray lubrication, new servo transmission structure, removing the old style indexing groove wheel structure, improving the stability of the overall transmission structure of the machine, reducing the transmission build on the original basis, and using servo control for each part, which reduces the basic transmission build and makes it easier for the operating workers to master. Ensure the stability and quality of the whole machine. For electrical parts, PLC, photoelectric tracking and servo feed are used to control the operation. The production capacity of these machines is up to 160-200 / min for the production of cold / hot cups from 6-16 ounces.

Machine Structure

Machine Structure

Product Size

Production Size
  1. Multiple Model Modules – Guided by simple on-screen prompts, allowing you to select and configure the desired model easily.
  2. Flexible Parameter Settings – You can back up, restore, or reset parameters to factory defaults. Detailed parameters can also be manually adjusted.
  3. Flexible Encoder Zero Point and Auto-Direction Setting with Self-Diagnosis – Encoder installation position does not require mechanical alignment; configuration can be completed via software.
  4. Automatic Parking Position Configuration with Quick Stop in Less Than One Revolution – After configuration, the machine automatically calculates its inertia distance, ensuring the deceleration stop point is at least one step faster.
  5. Automatic Calculation and Recognition of Key Station Sensor Signals – With simple operation of the start button, the system detects forming failures via sensors, automatically tracking signals to stop the mold precisely between the two heaters.
  6. Automatic Cup Removal on Emergency Stop – When the machine stops abnormally, to prevent heater damage or poor adhesive bonding, the system automatically removes the heater and bracket from position.
  7. Automatic Cup Removal on Emergency Stop – When the machine stops abnormally, to prevent heater damage or poor adhesive bonding, the system automatically removes the heater and bracket from position.
  8. (Optional) Vision System Defect Detection – Automatically detects defects in cup shape, interior, and bottom, and removes defective products. The unique algorithm ensures accurate detection of light gray stains with stable performance. One-click quick parameter setup is available, and each parameter can be fine-tuned. The system supports internal network monitoring and report output.
  9. Hardware Monitoring System – Real-time monitoring of PLC output points, relays, contactors, PLC-to-touchscreen, PLC-to-computer connections, and extended circuit status. Abnormal alarms on the touchscreen indicate the cause of the fault. Detailed hardware and software fault information allows users to troubleshoot easily based on prompts.
Sample Display
Production Flow Diagram

1. Paper Roll

Base raw material for paper cup production.

2. Printing Machine

Applies customized designs on paper rolls.

3. Printed Paper Roll

Printed rolls ready for die cutting.

4. Die Cutting Machine

Cuts printed paper into cup fan shapes.

5. Flat Sheet of Paper

Processed sheet material for next steps.

6. Waste Stripping Machine

Removes waste material and prepares clean cup fans.

7. Cup Fan

Paper segment prepared for cup forming.

8. Paper Cup Machine

Forms cup fans and bottom paper into cups.

9. Bottom Paper

Material used for forming cup bases.

10. Paper Cup

Completed paper cup ready for inspection.

11. Paper Cup Inspection Machine

Ensures each cup meets quality standards.

12. Double Wall Paper Cup Sleeve Machine

Adds insulating sleeve for double-wall cups.

13. Packing Machine

Packs cups for transportation.

14. Packaging Paper Cups

Final packaged products ready for shipment.

Rotary Paper Suction for Improved Efficiency

Servo-controlled Ultrasonic Welding for Precise Welding

Fan-Assisted Cooling to Accelerate Shaping

Servo-Driven Main Spindle Ensures Stable Forming

Servo Bottom Feeding for Precise Positioning

Bottom Hot Air Softens PE Coating for Forming

Bottom Folding and Knurling for Enhanced Sealing

Dual Curling Process Prevents Cup Rim Breakage

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