Auto-feed Fabric Laser Cutting Machine
Equipment Model:DF-PT Series / DF-PT6040 through DF-PT1910
The Auto-feed Fabric Laser Cutting Machine features a conveyor belt for automatic feeding and a CO₂ laser, equipped with a Canon camera. It offers nine standard working sizes ranging from 600×400 to 1900×1000 mm and supports custom configurations. The laser power ranges from 80 to 150 W, total machine power ≤3,500/≤6,000 W, and repeatability of ±0.05 mm. It is suitable for cutting and processing applications in apparel, footwear materials, home textiles, handbags, luggage, automotive seat cushions, leather, toys, as well as acrylic, bamboo and wood products, and cardboard boxes.
Fabric Laser Cutting Machine
Designing Equipment to Meet Actual Production Goals
The Auto-feed Fabric Laser Cutting Machine features a conveyor belt feeding system and a CO₂ laser, and is designed for continuous cutting and engraving of fabrics, footwear materials, leather, and handicrafts.The equipment is equipped with a Canon camera and is available in nine models, ranging from the DF-PT6040 to the DF-PT1910, with working dimensions ranging from 600×400 mm to 1900×1000 mm.with laser power ranging from 80 to 150 W (130–150 W for the DF-PT1910),with a total system power not exceeding 3,500 W or 6,000 W. Cutting and engraving speeds range from 0–600 to 0–1,500, with a repeat positioning accuracy of ±0.05 mm. The machines feature water-cooling and stepper/servo motor drives, and can be customized to non-standard specifications upon request.
Equipment Advantages
- Automatic Conveyor Feeding:The machine uses an automatic feeding conveyor combined with pressure rollers to feed material continuously into the cutting area, reducing the need for manual loading, unloading, and repositioning of individual pieces. It is ideal for the continuous processing of apparel fabrics, shoe materials, and leather cut pieces.
- Canon Camera Positioning:The machine is equipped with a Canon camera for pattern recognition and positioning prior to cutting. This facilitates contour cutting on materials with printed patterns or textures, reducing the time required for manual tracing and alignment.
- CO₂ Laser Cutting and Engraving:Equipped with a CO₂ laser, the machine can perform both material cutting and surface engraving. Laser power ranges from 80 to 150W, selectable by model, balancing speed and cut quality.
- Water-Cooled System for Extended Continuous Operation:The entire machine utilizes a water-cooling system, with an operating temperature range of 0–45°C and an operating humidity range of 5%–95%, making it suitable for extended continuous cutting operations in a workshop environment.
- Repeatability of ±0.05 mm:Repeatability accuracy reaches ±0.05 mm. Combined with a stepper/servo motor drive system, this helps maintain consistent dimensions for batch-cut pieces and reduces the need for secondary trimming.
- 9 Sizes, with Support for Customization:Working dimensions range from 600 × 400 mm to 1,900 × 1,000 mm, with a total of 9 specifications available; users can select based on cut piece dimensions and nesting patterns;In addition to standard specifications, we also accept custom orders for non-standard sizes to accommodate existing cutting processes and workspace constraints.
- Compatible with a wide range of materials and drawing formats:In addition to apparel fabrics, footwear materials, home textiles, handbags, luggage, automotive seat cushions, leather, and toys, it can also be used for acrylic surface engraving, bamboo and wood products, as well as the processing of paper, cardboard boxes, and cigarette packs;Supports formats such as DWG, DXF, AI, and CDR; files can be transferred via USB cable, flash drive, or network cable.
Applicable Industries and Use Cases
This machine is widely used in the cutting processes of industries such as apparel, footwear materials, home textiles, handbags, luggage, automotive seat cushions, leather, and toys. It can also be used for stonework, decorative items, acrylic surface engraving, as well as the processing of handicrafts such as bamboo and wood products, and materials like paper, cardboard boxes, and cigarette packs.The continuous automatic feeding mechanism is suitable for stable, high-volume cutting scenarios involving repetitive cut-out shapes, such as shoe uppers and insoles, apparel patterns, luggage components, automotive seat cushion cutting, and leather cutting. For materials with printed patterns, camera-based positioning can be used prior to contour cutting.Before mass production, it is recommended to conduct a trial run using the actual material to verify the cut quality, the condition of the melted edges, and the feeding tension.
Technical Specifications
| Item | Parameter |
|---|---|
| Laser Type | Carbon Dioxide (CO₂) |
| Camera Brand | Canon |
| Cooling Method | Water-cooled |
| Repeatability | ±0.05 mm |
| Drive Type | Stepper / Servo Motor |
| Operating Voltage | 220 V / 110 V, 50/60 Hz |
| Machine Operating Temperature | 0°C–45°C |
| Operating Humidity | 5%–95% |
| Supported Image Formats | DWG, DXF, AI, CDR, PLT, BMP, JPG, TIFF, GIF |
| File Transfer Methods | USB cable to computer, USB flash drive, Ethernet cable |
Model Specifications
| Machine Model | Working Area | Laser Power (Optional) | Total Power | Cutting / Engraving Speed |
|---|---|---|---|---|
| DF-PT6040 | 600×400 | 80W | ≤3500 | 0–600 / 0–1,500 |
| DF-PT9060 | 900×600 | 80–150 W | ≤3,500 | 0–600 / 0–1,500 |
| DF-PT1080 | 1000×800 | 80–150 W | ≤3,500 | 0–600 / 0–1,500 |
| DF-PT1310 | 1300×1000 | 80–150 W | ≤3,500 | 0–600 / 0–1500 |
| DF-PT1390 | 1300×900 | 80–150 W | ≤3,500 | 0–600 / 0–1,500 |
| DF-PT1490 | 1400×900 | 80–150 W | ≤3,500 | 0–600 / 0–1500 |
| DF-PT1610 | 1600×1000 | 80–150 W | ≤3,500 | 0–600 / 0–1,500 |
| DF-PT1810 | 1800×1000 | 80–150 W | ≤6,000 | 0–600 / 0–1,500 |
| DF-PT1910 | 1900×1000 | 130–150 W | ≤6,000 | 0–600 / 0–1,500 |
Customization:We accept orders for non-standard specifications (unit: mm).
Note:The above parameters are for reference only for standard configurations. Working dimensions, laser power, total power, cutting and engraving speeds, and camera configuration may be adjusted based on actual materials, blank sizes, and customization requirements. Final parameters are subject to technical confirmation and the contract.
Operating and Safety Instructions
CO₂ lasers are intense, invisible or barely visible lasers. During operation, it is strictly prohibited to open the machine cover to observe the cutting area. Laser safety goggles rated for the appropriate wavelength must be worn, and it must be confirmed that the machine cover interlock, emergency stop button, and warning signs are in proper working order.During automatic feeding, the conveyor belt and pressure rollers will remain in continuous motion. Operators must not reach into the feed opening or cutting area while the machine is running. When addressing material misalignment, jams, or material splices, press the emergency stop button first and stop the material feed.Smoke, dust, and odors are generated during processing; ensure that the exhaust and filtration systems are functioning properly and that the workshop is well-ventilated. The water-cooling system should be inspected regularly for water temperature, water level, and pipe seals to prevent laser power degradation or component damage caused by insufficient cooling.The equipment must be reliably grounded. For workshops with significant power supply and voltage fluctuations, it is recommended to install a voltage stabilizer. After changing materials or adjusting the feed speed, perform a test cut on a small sample first to verify the focal length, power, speed, and cut quality before proceeding to mass production. After shutdown, clean any residual debris from the conveyor belt and worktable, and perform routine maintenance as specified in the manual.
Selection Recommendations
When selecting a model, first confirm the maximum width and length of individual cut pieces or roll materials; for working dimensions, it is recommended to allow for an appropriate margin based on the largest workpiece. Additionally, verify the material type, thickness, whether the material features a printed pattern, and whether continuous feeding is required to determine the appropriate configuration for camera positioning and the automatic feed conveyor belt.For standard small parts and medium-sized cut pieces, prioritize the DF-PT6040 through DF-PT1490 models; for larger formats or applications requiring the processing of long items, select the DF-PT1610, DF-PT1810, or DF-PT1910.In terms of power, the 80W configuration is suitable for standard thin fabrics and paper products; for thicker materials, multi-layer cutting, and engraving needs, we recommend the 80–150W or 130–150W configurations.If standard specifications do not match your workspace or cut piece dimensions, please provide actual dimensions and material information so we can offer a custom solution. Additionally, please confirm the workshop voltage, ventilation and fume extraction conditions, water-cooling space, and material feed path.
Applications
Auto-feed Fabric Laser Cutting Machine is suitable for continuous cutting processes in industries such as apparel, footwear materials, home textiles, handbags, luggage, automotive seat cushions, leather, and toys. It is also suitable for engraving stoneware, decorative items, and acrylic surfaces, as well as for processing handicrafts such as bamboo and wood products, and materials like paper, cardboard boxes, and cigarette packs.The combination of automatic conveyor belt feeding with a CO₂ laser and camera positioning is suitable for production scenarios involving repetitive cutout shapes, stable batch sizes, and the need for continuous material feeding. It is also suitable for small- to medium-batch production requiring contour cutting on patterned materials where cutout dimensional consistency is critical.
To confirm the working dimensions, laser power, feeding method, and camera configuration of Auto-feed Fabric Laser Cutting Machines, please refer tothe Fabric Laser Cutting Machine product category, or viewcase studies on the Large-format Fabric Laser Cutting Machine, Large-format High-speed Fabric Laser Cutting Machine, and Fabric Laser Cutting Machine delivery and process commissioning. You may alsocontact usfor model selection advice, material test cuts, and quotation proposals.
Configured for stable mass production
- Automatic conveyor belt feeding ensures a continuous flow of material into the cutting area
- Canon camera-based positioning facilitates cutting along pattern contours
- CO₂ laser for integrated cutting and engraving
- Laser power options: 80–150 W; total system power: ≤3,500 / ≤6,000 W
- Water-cooled system, suitable for long-term continuous operation
- Repeatability: ±0.05 mm
- Working dimensions range from 600 × 400 to 1,900 × 1,000 mm, with a total of 9 specifications
- Customization for non-standard specifications available
- Supports DWG, DXF, AI, CDR, and other drawing formats
- Three file transfer methods: USB, flash drive, and Ethernet cable
Matching Processes to Material Properties
Expand Modules According to Production Line Requirements
Frequently Asked Questions About “Fabric Laser Cutting Machine”
12 Does laser cutting fabric cause singed edges or yellowing?
Synthetic fabrics like polyester are cut using heat, which melts the edges to seal them and prevent fraying; natural fibers like cotton and linen tend to carbonize and turn yellow.… Read the full answer
13 What is the maximum cutting size for wide-format models?
The DF series of wide-format printers includes models ranging from the DF-1610 to the DF-2030; select a model based on your layout dimensions. For continuous production with roll-f… Read the full answer
14 How do I choose between a vibrating blade and a laser?
Vibratory cutting is a cold-cutting process, suitable for heat-sensitive materials that cannot be carbonized (such as composites, leather, TPU, etc.); laser cutting is a thermal cu… Read the full answer
15 What are the differences between an automatic feed laser cutting machine and a standard model?
Automatic feed models can feed and cut simultaneously, making them suitable for mass production of fabric on rolls; standard models are suitable for cut pieces, prototyping, and sm… Read the full answer
16 What is a roller-bed die-cutting machine used for?
Primarily performs contour cutting and half-cut or full-cut die-cutting of roll materials, such as crystal labels, heat-transfer graphics, adhesive labels, and magnetic stickers; f… Read the full answer
Inquire about the detailed specifications for this device
Please provide us with the material, roll width, speed, and target production capacity, and our engineers will evaluate the equipment configuration and delivery time.
- One-on-One Engineer Evaluation
- Configuration Plan Based on Materials and Production Capacity
- We will respond within one business day
You can also contact us directly
- Email [email protected]
- Phone +86 13713137075
- WhatsApp +86 13713137075
