Automatic Paper Tube Precise Cutting Machine

Feature 1

1. Fast cutting speed and high accuracy.
2. CNC input, with a wide range of pipe cutting lengths.
3. The knife shaft does not rotate, and the paper tube rotates, saving consumables.
4. Servo CNC tool adjustment.
5. Using environmentally friendly porcelain paint, stainless steel passport.
Feature 2
1. Paper tube rotating blade not rotating grinding tool not rotating blade saving grinding tool
2. Replacing the grinding tool is particularly convenient and can be completed in 1 minute
3. High precision of precision cutting with small error
4. Fine cutting section is flat and smooth
5. Fine cutting size can be divided into two modes:
Equal segment cutting: Random cutting of the same size
Multi segment cutting: One paper tube can cut multiple sizes and lengths
6. The pneumatic brake quickly stops the chuck motor of the cardboard tube, reducing the waiting time for cutting
7. Humanized design for color touch operation in both Chinese and English modes
8. The operation is simple and easy to understand, making the operator proficient and quick to operate

Core Function

A paper tube cutting machine precisely cuts long, manufactured paper tubes (or cores) into specified shorter lengths. These tubes are used as cores for winding materials like fabric, plastic film, tape, paper, and carpets.

Automation Levels

• Manual: Operator loads, measures, and initiates each cut. Low volume.

• Semi-Automatic: Automatic cutting with manual feeding.

• Fully Automatic: Automated feeding, measuring, cutting, and ejection. For high-volume production.

• In-Line Systems: Integrated directly with a tube-winding machine for a continuous production line.

Critical Selection Checklist

Ask these questions before choosing a machine:

1. Tube Specifications:

   • Diameter Range: Min. and Max. Outer Diameter (OD) the machine can handle.

   • Wall Thickness: Thin film cores (<3mm) vs. thick industrial cores.

   • Length: Input tube length and required output lengths.

   • Material: Paperboard, composite, spiral-wound, convolute.

2. Production Requirements:

   • Volume: Pieces per hour/shift.

   • Precision/Tolerance: Required accuracy (e.g., ±0.5mm vs. ±0.1mm).

   • Cut Quality: Is a perfectly smooth, debris-free edge critical?

3. Machine Features:

   • Clamping System: Must hold tube firmly to prevent vibration and ensure a square cut.

   • Dust Collection: Integrated system (critical for saws).

   • Control System: Simple dials vs. digital PLC with memory for different programs.

   • Safety: Emergency stops, blade guards, safety interlocks.

Primary Applications & Industries

• Packaging & Converting: Cores for plastic film, foil, label stock, flexible packaging.

• Textiles: Fabric rolls (woven, non-woven, carpet).

• Paper Industry: Cores for newsprint, kraft paper, specialty papers.

• Tapes & Adhesives: Core for industrial and consumer tape rolls.

• Printing: Substrate cores for wide-format and commercial printing.

• Construction: Cores for vinyl flooring, insulation, concrete forms.