Automatic Textile Spreading Machine
The Automatic Textile Spreading Machine is an industrial-grade solution designed to eliminate manual fabric handling, ensure tension-free fabric lays, and optimize material utilization before automated cutting.
In high-volume garment and apparel manufacturing, spreading inconsistencies-such as tension distortion, edge shifting, or layer sagging-directly result in fabric waste and inaccurate cutting panels.
Engineered with high-torque servo drives, photoelectric edge-tracking sensors, and a synchronized feeding mechanism, this automatic spreader delivers plus/minus 1 mm edge alignment accuracy and tensionless fabric feeding, transforming your cutting room workflow.
• Edge Alignment Accuracy: Plus/minus 1 mm
• Spreading Speed: Up to 120 m/min (Fully adjustable via PLC)
• Standard Roll Weight Capacity: 50 kg to 100 kg (Heavy-duty custom options up to 200 kg)
• Cutting System Integration: Fully compatible with Lectra, Gerber, Bullmer, and Kuris CNC automatic cutters
Technical Specifications
|
Parameter |
Technical Specification |
|
Machine Model / Configuration |
Standard Automatic Textile Spreading Machine Configuration |
|
Maximum Fabric Roll Weight |
80 kg – 100 kg |
|
Maximum Fabric Roll Diameter |
Up to 500 mm |
|
Standard Fabric Width Options |
1800 mm / 2000 mm / 2200 mm / 2400 mm |
|
Maximum Spreading Height |
Up to 200 mm |
|
Maximum Spreading Speed |
Up to 120 m/min (Adjustable according to fabric type and production requirements) |
|
Edge Alignment Accuracy |
±1 mm (Under suitable operating conditions) |
|
Layer Length Tolerance |
±2 mm (Depending on fabric characteristics and settings) |
|
Drive System |
Multi-Axis Industrial Servo Drive System for precise movement control |
|
Control Interface |
PLC Touchscreen with Multi-Language Support |
|
Power Supply |
220V, Single Phase / 380V, Three Phase, 50/60Hz |
Key Technical Advantages in Cutting Room Operations
Photoelectric Edge Alignment (Minimizes Fabric Waste)
Manual spreading often leads to uneven selvage edges, forcing operators to widen the cutting margin.
• High-sensitivity photoelectric sensors monitor the fabric edge continuously during carriage travel.
• The dynamic edge-correction motor adjusts the feeding position instantly, maintaining a straight selvage alignment within plus/minus 1 mm.
• Result: Reduces edge trimming waste by 1% to 3%, directly lowering raw material costs.
Synchronized Non-Tension Feeding for Elastic Fabrics
Knitted and stretch fabrics (such as spandex, jersey, and sportswear blends) easily elongate when pulled, causing cut panels to shrink after cutting.
• Positive-drive bottom rollers feed the fabric at the exact speed of the traveling carriage.
• Eliminates mechanical dragging force, ensuring zero-tension spreading.
• Keeps pattern dimensions stable from the top layer down to the bottom layer.
Servo-Driven Motion Control for repeatable lay accuracy
• High-torque servo motors govern acceleration, travel, and deceleration.
• Programmable ramp-up and ramp-down curves prevent fabric surging or wrinkling at table ends.
• Allows stable, continuous multi-shift operation without accuracy drift.
One-Operator Efficiency (Labor Cost Reduction)
Traditional manual spreading requires 2 to 3 workers per table.
• Integrated automatic functions: Auto-feeding, layer counting, digital length positioning, auto-return, and optional end-cutting.
• Enables 1 operator to manage the entire spreading line, drastically reducing labor dependency and human error.
Industry Applications
Garment Manufacturing
Optimized for high-volume production of shirts, denim pants, sportswear, jackets, uniforms, and underwear.
Automotive Textiles
Handles technical fabrics, car seat upholstery, lining materials, and composite interior textiles requiring consistent dimensional stability.
Home Textiles and Upholstery
Spreads wide-width fabrics for sofas, curtains, bedding, and plush materials up to 2.4 meters wide.
Technical Fabrics
Processes industrial textiles, protective apparel materials, non-wovens, and coated canvas.
Seamless CNC Cutting Room Integration
To maximize the Return on Investment (ROI) of your automatic CNC cutting machine, the fabric lay must be completely flat, square, and stress-free.
This spreading system matches seamlessly with air-float spreading tables and conveyor transfer tables, allowing smooth transfer to CNC cutting tables without disturbing layer alignment.
Factory Testing and Quality Assurance
Every unit undergoes rigorous factory verification before shipment:
Frame Alignment Inspection: Structural squareness and linear guide calibration.
Dynamic Running Test: Continuous 24-hour operation under maximum payload.
Sensor and Calibration Test: Verification of edge-tracking accuracy and length tolerances.
Electrical Safety Verification: High-voltage insulation and safety interlock checks.
FAQ
Q: How does the machine handle stretch or knitted fabrics without stretching them?
A: The machine utilizes a synchronized positive-feeding mechanism. Instead of pulling the fabric from the roll, the bottom drive rollers actively feed the fabric out at the precise speed of the carriage movement. This neutralizes tension and prevents fabric elongation during spreading.
Q: What spreading methods are supported by the control system?
A: The machine supports multiple spreading modes via the PLC interface, including face-up one-way spreading, face-to-face spreading, face-to-face with catchers (zigzag spreading), and step spreading for mixed-length markers.
Q: What is the typical Return on Investment (ROI) period for this machine?
A: For a factory operating 1 to 2 shifts daily, replacing manual spreading with an automatic spreader typically reduces labor cost by 2 operators and saves 1% to 2% in fabric waste. Most customers achieve full ROI within 6 to 10 months.
Q: Can the machine be customized for non-standard fabric roll sizes or wider tables?
A: Yes. We offer customized configurations for fabric widths up to 3200 mm, roll weights up to 200 kg, and heavy-duty roll diameters up to 800 mm.
Q: What daily maintenance is required to keep the machine running smoothly?
A: Daily maintenance takes under 10 minutes: clearing lint and fabric dust from the photoelectric sensors, checking linear guide rails for debris, and inspecting the cutter blade (if equipped with an automatic end cutter).
Q: What technical support and spare parts are provided for overseas buyers?
A: We provide comprehensive technical documentation, step-by-step video installation guides, remote diagnostic support, and a 1-year warranty on core electrical and mechanical components. Wear-and-tear spare parts are stocked for international dispatch.
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