Model 1625 with Automatic Feeding System

I. Basic Parameters & Model Significance

Model: 1625 Fabric Laser Cutting Machine with Automatic Feeding
- "1625" Meaning: Working area of 1600mm × 2500mm (approximately 1.6m × 2.5m), suitable for large-format fabric processing
- Laser Source: CO₂ sealed glass laser (wavelength: 10.64μm), non-contact thermal cutting
- Power Range: 80W/100W/130W/150W/180W (select based on material thickness and cutting speed requirements)
- Maximum Cutting Thickness: Up to 20mm (varies by material and laser power)
- Cutting Speed: Up to 800mm/s (36,000mm/min)
- Positioning Accuracy: ±0.05mm, ensuring precise cutting results

II. Core Configurations & Technical Features

1. Automatic Feeding System (Core Highlight)

- Roll Material Handling Capacity: Specifically designed for roll fabrics, enabling continuous processing of entire fabric rolls with an integrated workflow of "feeding - cutting - rewinding".
- Working Principle:
- Fabric rolls are placed on the unwinding device and conveyed via a conveyor belt/crawler platform.
- Infrared sensors automatically detect fabric position to ensure smooth transportation.
- The automatic edge alignment system adjusts fabric position in real-time to prevent deviation and wrinkling.
- After cutting, the finished fabric is automatically rewound, realizing an unattended workflow.
- Key Components:
- Dual servo motors + rack drive for high-inertia output and stable operation.
- Crawler/mesh belt workbench to prevent fabric slipping.
- Negative pressure adsorption system to fix fabrics and avoid displacement during cutting.
- Intelligent tension control system adaptable to different material properties.

2. Control System & Operation Interface

- DSP Control System: Fast response and strong processing capability, supporting complex pattern cutting.
- Color Touchscreen: User-friendly interface supporting offline operation.
- File Compatibility: Supports multiple design formats including CDR, BMP, PLT, DXF, and DST.
- Intelligent Nesting Software: Optimizes material utilization and reduces waste.

3. Cutting Technology Advantages

- Non-Contact Processing: No tool wear, no material damage, and smooth, burr-free edges.
- Automatic Edge Sealing: Laser instantly melts fabric edges to prevent fraying, eliminating the need for additional edge-sealing processes.
- Small Heat-Affected Zone: Minimal material deformation, suitable for precision processing.
- Multi-Thickness Adaptability: A single machine can cut various thicknesses from thin silk to thick denim.

III. Application Scenarios

1. Garment Industry (Core Application)

- Various Garment Panels: T-shirts, shirts, dresses, jeans, etc.
- Auxiliary Material Cutting: Collars, cuffs, pockets, decorative patches.
- Specialty Clothing: Protective clothing, sports compression garments, functional apparel.
- Leather Products: Leather jackets, bags, shoe uppers.

2. Home Furnishing & Decoration

- Precision cutting of curtains and window screens.
- Cutting of bedding items.
- Sofa covers, chair covers, tablecloths.
- Carving on carpets and tapestries.

3. Automotive Interiors

- Precision cutting of seat covers.
- Dashboard and door panel decorations.
- Car floor mats and trunk mats.

4. Other Fields

- Home Textiles: Table runners, throw pillows, cushions.
- Fabric Crafts: Dolls, decorations, lampshades.
- Industrial Materials: Filter cloth, insulating materials, composite fabrics.

IV. Performance Advantages vs. Traditional Processes

Advantages	Specific Performances
Efficiency Improvement	Cutting speed up to 800mm/s, 10x faster than manual cutting; continuous operation without downtime.
Material Utilization	Intelligent nesting reduces waste by over 30%, saving costs.
Precision Guarantee	Error controlled within 1mm, accurately reproducing complex patterns.
Flexible Production	No mold replacement required; one-click design switching via software, suitable for small-batch customization.
Multi-Function Integration	Cutting, carving, drilling, and marking completed in one operation.
Labor Savings	One operator can manage multiple machines, significantly reducing labor costs.
Strong Adaptability	Compatible with various fabrics from thin silk to thick denim.

V. Purchasing Recommendations & Notes

1. Select Power Based on Material Characteristics

- Thin Fabrics (silk, chiffon): 80-100W is sufficient.
- Medium-Thickness Fabrics (cotton-linen, regular denim): 100-130W.
- Thick Fabrics (heavy canvas, multi-layer composites): 130-180W.

2. Key Points for Choosing the Feeding System

- Fabric Width: Select a feeding system width 5-10cm larger than the maximum fabric width.
- Tension Control: Choose models equipped with an intelligent tension control system to prevent stretching and deformation of thin fabrics.
- Edge Alignment Precision: Higher precision of the automatic edge alignment system ensures better cutting accuracy and material utilization.

3. Other Considerations

- Cooling System: Must be equipped with a forced water cooling cycle to ensure laser tube lifespan and stability.
- Smoke Extraction Device: Laser cutting generates smoke; a professional smoke extraction system is required.
- After-Sales Service: Choose brands with professional technical support and spare parts supply.

The 1625 Fabric Laser Cutting Machine with Automatic Feeding System is an efficient automated cutting solution for modern industries such as garment manufacturing, home textiles, and automotive interiors. Its 1600×2500mm large working area and fully automatic feeding system perfectly solve the problems of low efficiency, poor precision, and severe material waste in traditional cutting processes. It is particularly suitable for modern manufacturing needs that balance mass production and flexible customization.