As global logistics costs rise and pillow exports increase, pillow compression roll packing machines have become essential equipment for pillow manufacturers, bedding factories, and home textile exporters.
Understanding the key technical parameters of these machines helps buyers choose the right model, avoid packing damage, and maximize container loading efficiency.
This article explains the most important technical specifications you should evaluate before purchasing a pillow compression roll packing machine.
Compression pressure directly affects packing density and pillow recovery.
Key parameters include:
Maximum compression pressure (usually measured in MPa or tons)
Adjustable pressure control system
Multi-stage compression capability
A well-designed machine applies uniform pressure to avoid fiber breakage while achieving optimal volume reduction.
Different pillow types require different packing ranges.
Typical supported sizes:
Length: 400–900 mm
Width: 300–700 mm
Height (before compression): up to 500 mm
Machines with adjustable molds or flexible rollers are preferred for factories producing multiple pillow models.
Roll diameter determines shipping efficiency and carton size.
Common roll diameters:
200–350 mm (adjustable)
Consistent roundness tolerance ≤ ±5 mm
Smaller roll diameters significantly increase container loading quantity and reduce freight costs.
Pillow compression roll packing machines are usually compatible with:
PE film
PA/PE co-extruded film
Vacuum-grade composite films
Supported film thickness range:
60–120 microns (customizable)
High-quality machines ensure tight sealing without air leakage, even with thicker films.
The sealing system directly impacts packing stability.
Important sealing parameters:
Sealing temperature range: 120–200°C
PID temperature control
Double-seal or reinforced seal design
Stable sealing prevents air re-entry during long-distance transport.
For vacuum roll packing models, vacuum performance is critical.
Key indicators include:
Vacuum pump power (typically 5.5–11 kW)
Ultimate vacuum level (≤ –0.095 MPa)
Vacuum cycle time per pillow
Efficient vacuum systems shorten packing cycles while maintaining compression consistency.
Packing speed determines factory throughput.
Typical output:
2–4 pillows per minute (semi-automatic)
4–8 pillows per minute (automatic models)
Actual speed depends on pillow material, size, and compression ratio.
Modern pillow roll packing machines feature:
PLC control system
Touch screen HMI
Recipe memory for different pillow models
Fault alarm and safety interlock systems
Automation improves packing consistency and reduces labor dependency.
Power configuration should match local factory standards.
Typical configuration:
Voltage: 380V / 50Hz / 3-phase (customizable)
Installed power: 8–15 kW
Energy-saving standby mode
Energy-efficient designs help reduce long-term operating costs.
Before installation, buyers should confirm:
Machine footprint
Infeed and outfeed layout
Required ceiling height
Air supply (if pneumatic components are used)
Compact layouts are ideal for factories with limited workshop space.
Choosing the right pillow compression roll packing machine based on technical parameters helps manufacturers:
Reduce packing damage
Improve storage efficiency
Lower shipping costs
Maintain pillow shape recovery
Scale export operations smoothly
Looking for a reliable pillow compression roll packing machine with stable performance and customizable technical specifications?
NAIGU provides professional packing solutions for pillows, cushions, quilts, and bedding products.
👉 Contact us today to receive detailed technical data, machine videos, and a tailored packing solution for your factory.
