English
| Quantity: | |
|---|---|
PRODUCT ADVANTAGE
1. P-Cutter Cutting While Advancing
Multi layer fabric cutting machine. Compare to other conveyor advancing systems, PRIORITY cutting system can cut materials while conveyor advancing without any operation intervention. This technology can reduce the cutting time,improve the cutting efficiency and optimize your productivity.
2. P-Close Zero Gap Cutting
According to the statistics, every time the 1mm enlarged in pieces gap, the materials are wasted 2%. For a better materials savings, P-Close Technology can improve the materials usage with 0 buffer cutting. It is best machine for cutting fabric.
3. P-Corrective Smart Correction
P-Corrective Technology can modify the cutting path constantly through the smart stress sensor inside the pressure foot which also can reduce the contour deviation in the piles of pieces. This special technology ensures the tolerance consistency between top pieces and bottom pieces even under a high vibration condition for automatic fabric cutting machine.
4. P-Role Multi User Management
P-Role helps enterprise to classify the human resources with different authorizations to login the operation system. It can streamline the operation process and from the other hand, it’s dedicated to the different authorized levels to protect the technical information and method data to avoiding the business leakage of secrets.It also facilitates the production management of different shifts.
5. P-Connect Software Compatibility
PRIORITY cutter operation system is compatible with all kinds of CAD formats in the world, such as Cutfile, ISO6983, RS274D, DXF, PLX, PLA, you don’t have to worry about the compatibility issues.
6. P-Clean Real-time Self Cleaning
As a smart industrial fabric cutting machine, P-Clean technology can self-cleaning the cutting area during your normal production process. We know there are lots of wastes in the bristles after cutting. P-clean technology can clean the bristles while cutting and extend the consumable lifetime. Moreover this technology can ensure the accurate cutting quality. Configuring with the option named“drill waste vacuum”, the cutting system also can recycling the drill wastes which lead to a clean and effective production environment.
TECHNICAL PARAMETERS
Product model | PR-S55 | PR-S85 | PR-H60 | PR-H90 |
Cutting height(after air draft and compression) mm | 55 | 85 | 60 | 90 |
Valid cutting area(L*W) mm | 1800*2000 (W:2200) | 1800*2000 (W:2200) | 1800*1800 (W:2200) | 1800*1800 (W:2200) |
Blade specification mm | 2x7 | 2.4x8.5 | 2x7 | 2.4x8.5 |
Cutting speed(Max.) m/min | 50 | 50 | 80 | 80 |
Max acceleration m/s² | 5 | 5 | 8 | 8 |
Vibration frequency(rpm) r/min | 4500 | 4500 | 6500 | 6500 |
Average power consumption kw | 10 | 10 | 12 | 12 |
Mobile device | optional | optional | optional | optional |
Single drill bit | optional | optional | optional | optional |
Cutter cooling system | optional | optional | optional | optional |
Automatic cutter deviation correction system | optional | optional | optional | optional |
Equipment(LxW) mm | 4927*2230(2430/2630) | |||
Machine weight kg | 3800-4200 | |||
Workbench height mm | 800-900 | |||
Voltage V/Hz | 3P/N/PE,AC380/50 | |||
Power kw | 228 | 30 | ||
Air flow unit NL/min | 160 | |||
Compressed air-air pressure Mpa | 0.7Mpa | |||
Noise level db | ＜73 | |||
CAD compatibility | Cutfile, ISO6983, RS274D, DXF, PLA, PLX etc. | |||
Operating system | WINDOWS | |||
Max vacuum negative pressure Kpa | -22Kpa | |||
PRODUCT USES
Applications of Automatic Fabric Cutting Machines
1. Apparel Manufacturing
Automatic fabric cutting machines streamline mass production of garments by precisely cutting multiple fabric layers simultaneously. They minimize material waste, ensure pattern accuracy, and accelerate workflows for shirts, dresses, and sportswear. Ideal for fast fashion brands requiring rapid turnaround and consistent quality.
 |  |
2. Home Textile Production
Used for cutting bedding, curtains, and upholstery fabrics, these machines handle intricate designs and thick materials (e.g., jacquard or velvet). Automation ensures uniformity in large orders while reducing labor costs, critical for meeting high-volume demands in the home decor industry.
3. Automotive Interiors
Essential for cutting seat covers, carpets, and dashboard fabrics with high precision. They adapt to complex shapes and durable materials like leather or synthetic fibers, ensuring seamless fitment in vehicles. Enhances efficiency in auto manufacturing while maintaining strict quality standards.
4. Aerospace Composites
Deployed to cut lightweight, high-strength fabrics (e.g., carbon fiber) for aircraft components. Laser-equipped models ensure burr-free edges and micron-level accuracy, crucial for safety-critical parts. Reduces manual errors in aerospace material processing.
 |  |  |
5. Footwear Industry
Optimizes cutting of shoe uppers, linings, and synthetic components. Machines handle varied textures (mesh, leather, rubber) and complex patterns, ensuring consistency across pairs. Supports sustainable practices by minimizing material scraps in shoe production.
6. Technical Textiles
Ideal for industrial fabrics (e.g., filtration membranes, geotextiles) requiring exact dimensions. Automated systems process heavy-duty or coated materials without fraying, meeting specifications for construction, agriculture, or medical applications.
7. Customized & Small-Batch Production
Enables on-demand cutting for bespoke fashion, prototypes, or niche products. Digital integration allows quick design adjustments, reducing lead times. Perfect for startups and designers prioritizing flexibility and low-volume, high-margin output.
PRODUCT VIDEO
| | | | | |
FAQ
Q1: Key factors when purchasing an automatic cutting machine?
A1:
- Material compatibility: Choose blade type (oscillating, laser, ultrasonic) based on materials (leather, carbon fiber, stretch fabric).
- Production needs: High-volume: Multi-head models; small batches: Desktop units.
- Software compatibility: Supports formats (DXF, PLT) with auto-nesting to save fabric.
- After-sales service: Prioritize brands offering training, spare parts, and quick support.
Q2: How to reduce material waste?
A2:
- Smart nesting systems: AI-optimized layouts for maximum fabric use.
- Precision test cuts: Test parameters on samples before full production.
- Recycle scraps: Sort reusable fragments (insoles, accessories).
- Regular calibration: Ensure cutting accuracy to avoid rework.
Q3: Safety precautions during operation?
A3:
- Wear PPE: Cut-resistant gloves, goggles to prevent debris.
- Emergency stop test: Verify emergency stop button works pre-operation.
- No manual adjustments: Never touch blades/moving parts while running.
- Trained operators only: Prevent accidents from unauthorized use.
Q4: Daily maintenance tips?
A4:
- Daily cleaning: Remove debris from cutting table and rails.
- Lubrication: Apply grease to chains/rails to reduce wear.
- Component checks: Monthly tests on vacuum pump, blade sharpness, motors.
- Software updates: Patch vulnerabilities and add file compatibility.
PRODUCT ADVANTAGE
1. P-Cutter Cutting While Advancing
Multi layer fabric cutting machine. Compare to other conveyor advancing systems, PRIORITY cutting system can cut materials while conveyor advancing without any operation intervention. This technology can reduce the cutting time,improve the cutting efficiency and optimize your productivity.
2. P-Close Zero Gap Cutting
According to the statistics, every time the 1mm enlarged in pieces gap, the materials are wasted 2%. For a better materials savings, P-Close Technology can improve the materials usage with 0 buffer cutting. It is best machine for cutting fabric.
3. P-Corrective Smart Correction
P-Corrective Technology can modify the cutting path constantly through the smart stress sensor inside the pressure foot which also can reduce the contour deviation in the piles of pieces. This special technology ensures the tolerance consistency between top pieces and bottom pieces even under a high vibration condition for automatic fabric cutting machine.
4. P-Role Multi User Management
P-Role helps enterprise to classify the human resources with different authorizations to login the operation system. It can streamline the operation process and from the other hand, it’s dedicated to the different authorized levels to protect the technical information and method data to avoiding the business leakage of secrets.It also facilitates the production management of different shifts.
5. P-Connect Software Compatibility
PRIORITY cutter operation system is compatible with all kinds of CAD formats in the world, such as Cutfile, ISO6983, RS274D, DXF, PLX, PLA, you don’t have to worry about the compatibility issues.
6. P-Clean Real-time Self Cleaning
As a smart industrial fabric cutting machine, P-Clean technology can self-cleaning the cutting area during your normal production process. We know there are lots of wastes in the bristles after cutting. P-clean technology can clean the bristles while cutting and extend the consumable lifetime. Moreover this technology can ensure the accurate cutting quality. Configuring with the option named“drill waste vacuum”, the cutting system also can recycling the drill wastes which lead to a clean and effective production environment.
TECHNICAL PARAMETERS
Product model | PR-S55 | PR-S85 | PR-H60 | PR-H90 |
Cutting height(after air draft and compression) mm | 55 | 85 | 60 | 90 |
Valid cutting area(L*W) mm | 1800*2000 (W:2200) | 1800*2000 (W:2200) | 1800*1800 (W:2200) | 1800*1800 (W:2200) |
Blade specification mm | 2x7 | 2.4x8.5 | 2x7 | 2.4x8.5 |
Cutting speed(Max.) m/min | 50 | 50 | 80 | 80 |
Max acceleration m/s² | 5 | 5 | 8 | 8 |
Vibration frequency(rpm) r/min | 4500 | 4500 | 6500 | 6500 |
Average power consumption kw | 10 | 10 | 12 | 12 |
Mobile device | optional | optional | optional | optional |
Single drill bit | optional | optional | optional | optional |
Cutter cooling system | optional | optional | optional | optional |
Automatic cutter deviation correction system | optional | optional | optional | optional |
Equipment(LxW) mm | 4927*2230(2430/2630) | |||
Machine weight kg | 3800-4200 | |||
Workbench height mm | 800-900 | |||
Voltage V/Hz | 3P/N/PE,AC380/50 | |||
Power kw | 228 | 30 | ||
Air flow unit NL/min | 160 | |||
Compressed air-air pressure Mpa | 0.7Mpa | |||
Noise level db | ＜73 | |||
CAD compatibility | Cutfile, ISO6983, RS274D, DXF, PLA, PLX etc. | |||
Operating system | WINDOWS | |||
Max vacuum negative pressure Kpa | -22Kpa | |||
PRODUCT USES
Applications of Automatic Fabric Cutting Machines
1. Apparel Manufacturing
Automatic fabric cutting machines streamline mass production of garments by precisely cutting multiple fabric layers simultaneously. They minimize material waste, ensure pattern accuracy, and accelerate workflows for shirts, dresses, and sportswear. Ideal for fast fashion brands requiring rapid turnaround and consistent quality.
| |
2. Home Textile Production
Used for cutting bedding, curtains, and upholstery fabrics, these machines handle intricate designs and thick materials (e.g., jacquard or velvet). Automation ensures uniformity in large orders while reducing labor costs, critical for meeting high-volume demands in the home decor industry.
3. Automotive Interiors
Essential for cutting seat covers, carpets, and dashboard fabrics with high precision. They adapt to complex shapes and durable materials like leather or synthetic fibers, ensuring seamless fitment in vehicles. Enhances efficiency in auto manufacturing while maintaining strict quality standards.
4. Aerospace Composites
Deployed to cut lightweight, high-strength fabrics (e.g., carbon fiber) for aircraft components. Laser-equipped models ensure burr-free edges and micron-level accuracy, crucial for safety-critical parts. Reduces manual errors in aerospace material processing.
| | |
5. Footwear Industry
Optimizes cutting of shoe uppers, linings, and synthetic components. Machines handle varied textures (mesh, leather, rubber) and complex patterns, ensuring consistency across pairs. Supports sustainable practices by minimizing material scraps in shoe production.
6. Technical Textiles
Ideal for industrial fabrics (e.g., filtration membranes, geotextiles) requiring exact dimensions. Automated systems process heavy-duty or coated materials without fraying, meeting specifications for construction, agriculture, or medical applications.
7. Customized & Small-Batch Production
Enables on-demand cutting for bespoke fashion, prototypes, or niche products. Digital integration allows quick design adjustments, reducing lead times. Perfect for startups and designers prioritizing flexibility and low-volume, high-margin output.
PRODUCT VIDEO
| | | | | |
FAQ
Q1: Key factors when purchasing an automatic cutting machine?
A1:
- Material compatibility: Choose blade type (oscillating, laser, ultrasonic) based on materials (leather, carbon fiber, stretch fabric).
- Production needs: High-volume: Multi-head models; small batches: Desktop units.
- Software compatibility: Supports formats (DXF, PLT) with auto-nesting to save fabric.
- After-sales service: Prioritize brands offering training, spare parts, and quick support.
Q2: How to reduce material waste?
A2:
- Smart nesting systems: AI-optimized layouts for maximum fabric use.
- Precision test cuts: Test parameters on samples before full production.
- Recycle scraps: Sort reusable fragments (insoles, accessories).
- Regular calibration: Ensure cutting accuracy to avoid rework.
Q3: Safety precautions during operation?
A3:
- Wear PPE: Cut-resistant gloves, goggles to prevent debris.
- Emergency stop test: Verify emergency stop button works pre-operation.
- No manual adjustments: Never touch blades/moving parts while running.
- Trained operators only: Prevent accidents from unauthorized use.
Q4: Daily maintenance tips?
A4:
- Daily cleaning: Remove debris from cutting table and rails.
- Lubrication: Apply grease to chains/rails to reduce wear.
- Component checks: Monthly tests on vacuum pump, blade sharpness, motors.
- Software updates: Patch vulnerabilities and add file compatibility.
