Custom Automatic Card Punching Machine (Paper/Plastic Card), WT-011ZDCKJ Manufacturers, Supplier

  • This machine uses an automatic paper feeder with KEYENCE sensors for reliable positioning.
  • Card making, corner rounding, punching, creasing and other processes are completed at one time and collected automatically and orderly.
  • Suitable for making cards made of various materials such as PVC, ABS, PET, PVC/ABS composite materials, etc.

Product Description

This automatic card punching machine features an automatic sheet feeder coupled with KEYENCE sensor for reliable positioning. Punched cards are created in one step through processes of card forming, corner rounding, hole punching and creasing, and can be automatically collected in an orderly manner. The card punching system is suitable for manufacturing cards of various materials of PVC, ABS, PET, as well as PVC/ABS composite materials with sizes ranging from 54*54mm to 210*210mm.

Finished Cards Sample

automatic card punching machine finished cards sample
  • Vacuum suction feeder

    Coupled with vacuum suction cups and stepper motor, the sheet feeder can implement automatic suction and feeding process.

  • Automatic alignment unit

    After the sheets are fed to designated position by motor driven conveying belt, KEYENCE sensor provides automatic alignment and ensures accurate positioning.

  • Servo punching unit

    High torque servo motor is adopted to guarantee stable work pressure and low noise level, the working speed is adjustable.

  • Punched card collection unit

    Specially designed card collecting structure allows punched cards to be automatically collected in an orderly manner, while the cutting scraps are automatically removed, eliminating the need for secondary sorting.

Technical Parameters

Power supply AC 380V/50 HZ Sheet format Max. 1000*700MM
Min. 550*450MM
Total power 10KW Control PLC control + servo system
Air source 6 kg/cm² Operators needed 1
Air consumption Approx. 80L/min Dimension L4450*W1500*H1850MM
Punching pressure 2T-6T Drive Servo system
Weight Approx. 1800KG Punched card size Max. 210*210MM
Min. 54*54MM
Punching accuracy ±0.10mm Productivity 25000~55000 PCS/H
Applicable card materials Paper card, PVC, ABS, PET, PVC/ABS composite materials, etc.
Automatic card making machine technical details

MOLD (PARTIAL DISPLAY)

automatic card punching machine mold display

The function of a card cutting machine is to improve production efficiency. In traditional manual cutting methods, workers use knives to cut cards by hand, which is inefficient and prone to inaccurate cuts and uneven edges. With the advent of card cutting machines, the cutting process of cards has been automated, greatly improving production efficiency and saving labor and time costs.

Frequently Asked Questions (FAQ)

What materials can this automatic card punching machine process?

This machine is highly versatile and suitable for manufacturing cards made of paper, PVC, ABS, PET, as well as PVC/ABS composite materials.

What is the production capacity of the card punching system?

The machine offers high-speed productivity, capable of producing between 25,000 and 55,000 pieces per hour (PCS/H) depending on the configuration and material.

How does the machine ensure precise card alignment and cutting?

It features an automatic alignment unit integrated with a high-precision KEYENCE sensor, which ensures reliable positioning and a punching accuracy of ±0.10mm.

What card sizes can be produced by this machine?

The system supports a wide range of finished card sizes, ranging from a minimum of 54*54mm up to a maximum of 210*210mm.

Does the machine require manual sorting of cards and waste scraps?

No. The machine is designed with a special card collecting structure that automatically gathers finished cards in an orderly manner while simultaneously removing cutting scraps, eliminating the need for secondary manual sorting.

What are the main advantages of using this automatic card cutting machine over manual methods?

It automates the entire process of card forming, corner rounding, hole punching, and creasing in a single step. This significantly improves production efficiency, ensures clean and even edges, and reduces labor and time costs compared to manual cutting.

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