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SHANGLAI AUTOMATION EQUIPMENT CO., LTD

Automatic High-Cuff Nonwoven Shoe Cover Making Machine

Automatic High-Cuff Nonwoven Shoe Cover Making Machine

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Products Details

Automatic High-Cuff Nonwoven Shoe Cover Making Machine

This automatic line produces disposable high-cuff shoe covers that extend above the ankle. Common procurement terms include high-top shoe cover making machine, high-cuff overshoe machine, nonwoven ankle boot cover machine and ultrasonic high shoe cover line.

The machine performs material feeding, elastic handling, ultrasonic welding, forming, cutting and counting for the selected high-cuff product.

Typical Applications

  • High-cuff nonwoven shoe covers for clean workplaces
  • Above-ankle disposable overshoes for healthcare and laboratories
  • Protective visitor shoe covers for food-processing and industrial hygiene

Video

Technical Parameters

ItemListed Specification
Operating speed50-60 pcs/min
Equipment size3600 × 1030 × 1500 mm
Equipment weight1000 kg
Voltage220 V
Power5 kW

Specifications are transcribed from the original parameter image. Actual output depends on cover height, foot size, material, elastic and welding conditions. Frequency and phase must be confirmed.

Technical parameters for automatic high-cuff nonwoven shoe cover making machine

Process Scope and Configuration Notes

This page describes the illustrated above-ankle high-cuff shoe cover. It is different from the low-cut shoe-cover machine and from longer calf/knee-height boot-cover lines. It does not manufacture nonwoven or elastic and is not presented as a sterilization or packaging line. Medical classification, barrier performance and slip resistance are not implied.

Information Required for a Quotation

  • Finished cover sample and flat dimensions
  • Foot length/width, cuff height and opening circumference
  • Nonwoven type, basis weight, thickness and roll dimensions
  • Elastic specification, seam pattern and anti-slip requirements
  • Required output and packaging format
  • Destination voltage, frequency and phase