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SHANGLAI AUTOMATION EQUIPMENT CO., LTD

Automatic Ultrasonic Nonwoven Shoe Cover Making Machine

Automatic Ultrasonic Nonwoven Shoe Cover Making Machine

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Products Details

Automatic Ultrasonic Nonwoven Shoe Cover Making Machine

This automatic line produces low-cut disposable shoe covers with an elasticated opening. Common sourcing terms include nonwoven shoe cover making machine, disposable overshoe machine, ultrasonic shoe cover production line and elastic shoe cover machine.

The machine integrates nonwoven feeding, elastic application, ultrasonic welding, forming, cutting and finished-product discharge for the approved shoe-cover format.

Typical Applications

  • Low-cut disposable nonwoven shoe covers
  • Protective overshoes for hospitals, laboratories and clean workplaces
  • Hygiene shoe covers for food processing and visitor use

Video

Technical Parameters

ItemListed Specification
Power3 kW
Compressed-air pressure6 kg/cm², as stated in the source image
Output60-120 pcs/min
Overall size2500 × 800 × 1100 mm
Machine weight600 kg
Listed shoe-cover size400 × 160 mm

Specifications are transcribed from the original parameter image. The source label “atmospheric pressure” is treated as the listed compressed-air requirement while retaining its original value/unit. Actual speed depends on size, material, elastic and welding conditions.

Technical parameters for automatic ultrasonic low-cut nonwoven shoe cover making machine

Process Scope and Configuration Notes

This page describes the illustrated low-cut ankle-height shoe cover. It is different from high-cuff shoe-cover and boot-cover production lines. It does not manufacture nonwoven or elastic and is not presented as a printing, sterilization or individual packaging line. Slip resistance, liquid resistance, medical classification and compliance depend on the finished product and material.

Information Required for a Quotation

  • Finished shoe-cover sample and flat dimensions
  • Target shoe-size range and opening circumference
  • Nonwoven type, basis weight, thickness and roll dimensions
  • Elastic specification, seam style and anti-slip requirements
  • Required output and packaging format
  • Destination voltage, frequency, phase and air supply