Automatic Nonwoven Bed Sheet & Bed Cover Folding Machine

Automatic Nonwoven Bed Sheet & Bed Cover Folding Machine

This automatic machine folds disposable nonwoven sheets and covers into a specified compact format. Common buyer terms include disposable bed sheet folding machine, nonwoven bed cover folding machine, medical sheet folding machine and automatic nonwoven fabric folding machine.

The listed machine uses servo and PLC control and is intended for continuous folding of supplied products or web material according to the selected configuration. Product dimensions, incoming format and fold sequence determine the final design.

Typical Applications

• Disposable nonwoven bed sheets and examination-table covers
• Large-format spa, hotel and healthcare protective covers
• Other nonwoven sheets with a confirmed compatible size and folding pattern

Video

Technical Parameters

These values are transcribed from the original parameter image. Actual output depends on incoming product dimensions, material behavior, fold count and operating conditions.

Machine Features

• Servo and PLC control architecture stated in the original description
• Stainless-steel lower covers and independent electrical cabinet
• Automatic stop protection stated for the listed configuration
• Fold format adjustable subject to product and tooling review

Process Scope and Configuration Notes

This page primarily describes a folding machine. It does not automatically imply upstream nonwoven manufacturing, full product forming, sterilization or retail packaging. The gallery contains a small folded towel example, but compatibility with facial towels, dry wipes or other small products must be confirmed separately from product size, feeding method and fold pattern.

Information Required for a Quotation

• Finished product sample and unfolded dimensions
• Incoming format: continuous roll, cut sheet or preformed product
• Material type, basis weight and thickness
• Required fold sequence and final folded size
• Required speed and counting/stacking arrangement
• Destination voltage, frequency and phase