Automatic Nonwoven Patient Transfer Sheet Making Machine
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Products Details
Automatic Nonwoven Patient Transfer Sheet Making Machine
This equipment converts roll-fed nonwoven material into disposable patient transfer sheets, transfer pads or stretcher sheets with reinforced side zones and hand-grip openings. International buyers may also search for a patient transfer sheet machine, disposable transfer pad making machine, nonwoven stretcher sheet machine or patient lifting sheet production machine.
The line is designed for continuous web feeding, positioning, ultrasonic edge bonding, grip-hole processing and fixed-length cutting. PLC control and photoelectric detection support coordinated operation. Product width, length, hole quantity, hole position, layer structure and reinforcement layout should be confirmed from the buyer’s sample or drawing.
Typical Applications
- Disposable patient transfer sheets for hospitals and clinics
- Nonwoven stretcher sheets and emergency transfer pads
- Patient repositioning or handling sheets with grip openings
- Custom nonwoven transfer products for medical-disposable converters
Production Process
Roll unwinding and web feeding → material alignment → side reinforcement/ultrasonic bonding → hand-grip hole processing → length cutting → finished-sheet discharge.
Process boundary: this machine forms and cuts the sheet shown. Sterilization, individual packaging, load testing and downstream case packing are not included unless separately specified. Finished-product load capacity depends on the selected material, layer structure, weld design and validated testing; no certified load rating is claimed on this page.
Technical Parameters
| Item | Specification |
|---|---|
| Power | 5 kW |
| Production output | 5-7 pcs/min |
| Control system | PLC |
| Machine weight | 1050 kg |
| Detection system | Photoelectric detection |
| Machine dimensions | 5500 × 1500 × 1700 mm |
Video
Information Required for Quotation
Please provide the finished-sheet drawing or sample, overall width and length, nonwoven material specification, number of layers, reinforcement structure, grip-hole size and positions, required output, power supply and whether packaging equipment is required. If the sheet has a target working-load requirement, provide the applicable test method and acceptance standard for engineering review.
