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Non-woven Fabric Cutting Machine
Brand
XINGKAI
Manufacturer
Jinan Xingkai Machinery Equipment Co., Ltd.
Working Area
1600mm × 1500mm
Rating
★★★★★ 4.75 / 5 (11 reviews)
Service
Meets CE quality and safety standards; two-year limited warranty on the entire machine.
Delivery Time
We have stock available; standard delivery time is 3–7 days. Custom orders are made according to actual needs.
Request a Quote
Xingkai_Nonwoven_Fabric_Cutting_Machine.md
Xingkai nonwoven fabric cutting machines are industrial CNC cutting systems specially designed for the automated cutting of nonwoven materials and other flexible non-metallic materials.
They deliver high-precision cutting for PP nonwoven fabric, spunbond nonwoven fabric, meltblown filter fabric, needle-punched felt, polyester nonwoven fabric, geotextiles, industrial filter media, automotive interior felt, acoustic insulation materials, packaging fabrics, agricultural nonwovens, and composite nonwoven materials. Depending on production requirements, the machines can also process flexible materials such as felt, fiberglass fabric, carbon fiber fabric, sponge, EVA foam, soft PVC, silicone, and rubber.
These machines typically consist of an intelligent nesting system, CNC control system, vacuum adsorption table, automatic feeding system, and oscillating or rotary cutting tool. They support a fully digital workflow from design file import and automatic nesting to continuous feeding and cutting. No cutting dies are required. Operators can quickly complete product development, customized orders, and batch production simply by changing the design and dimensions in the software.
Xingkai nonwoven fabric cutting machines are widely used in filtration, packaging, automotive interiors, furniture, geotextiles, sound insulation, industrial textiles, agriculture, advertising, and composite material processing. Depending on the application, they may also be referred to as CNC nonwoven cutting machines, automatic nonwoven fabric cutters, digital textile cutting machines, filter material cutting machines, felt cutting machines, or CNC cutting machines for flexible materials.
Standard Model Specifications
Customizable working sizes and special cutting configurations are available upon request.
| Parameter | Specification |
|---|---|
| Cutting Speed | ≤1800 mm/s(Specific values vary depending on the material) |
| Cutting Thickness | ≤30 mm; |
| Material Fixing Method | Vacuum adsorption with reverse air blowing |
| Cutting Accuracy | ±0.1 mm |
| Compatible File Formats | DXF, HPGL |
| Working Voltage | AC 220V/380V ±10%, 50Hz |
| Transmission System | Servo motor drive and linear guide rails |
| Working Environment | Temperature: 5°C–35°C; Humidity: 35%–75% |
| Software Resolution | 0.025 mm |
| Operation Interface | Touchscreen |
| Vacuum Pump Power | 7.5 kW or 9 kW |
| Compatible Cutting Tools | Oscillating knife, rotary knife, punching tool, pneumatic oscillating knife, multi-layer cutting knife, drag knife, kiss-cut tool, V-cut tool and milling tool |
Available Models and Dimensions
| Model | Effective Cutting Area (L × W) | Machine Dimensions (L × W) | Package Size (L × W) |
|---|---|---|---|
| 7010 | 1000 × 700 mm | 1700 × 1380 mm | 1850 × 1500 mm |
| 1615 | 1500 × 1600 mm | 2320 × 2500 mm | 2470 × 2620 mm |
| 1625 | 2500 × 1600 mm | 3350 × 2500 mm | 3500 × 2560 mm |
| 1825 | 2500 × 1800 mm | 3350 × 2700 mm | 3750 × 2290 mm |
| 1840 | 4000 × 1800 mm | 4800 × 2700 mm | 5200 × 2290 mm |
| 2025 | 2500 × 2000 mm | 3350 × 2900 mm | 1900 × 3100 mm, disassembled |
| 2030 | 3000 × 2000 mm | 3950 × 2900 mm | 2200 × 2900 mm, disassembled |
Why Choose a CNC Nonwoven Fabric Cutting Machine?
Nonwoven fabrics are lightweight, flexible, and often highly air-permeable. Thin materials can shift or wrinkle during manual cutting, while thick needle-punched felt and multilayer nonwoven composites require greater cutting force. Traditional manual cutting is inefficient and makes it difficult to maintain consistent dimensions and contours across production batches.
A CNC nonwoven fabric cutting machine uses vacuum adsorption and suitable auxiliary fixing methods to keep the material stable. It automatically follows the imported design file and accurately processes straight lines, curves, holes, slots, and complex irregular shapes.
Intelligent nesting software optimizes pattern placement according to material width, component dimensions, and shape. This reduces offcuts and improves material utilization. For roll materials, automatic feeding and continuous cutting reduce manual handling and shorten production cycles, making the system suitable for customized, small-batch, multi-size, and continuous production.
Xingkai nonwoven fabric cutting machines use blades for physical cutting. This avoids the high temperatures, burnt edges, melting, smoke, and odors that may occur with laser processing. The machines produce clean cutting edges with consistent accuracy, and most materials require no secondary trimming. Manufacturers can switch products quickly by changing the digital file, providing a flexible cutting solution for filtration, packaging, automotive interiors, furniture, agriculture, and industrial textile applications.
Advantages of the High-End Fully Automatic Industrial Nonwoven Fabric Cutting Machine
High-Speed Cutting
The high-speed motion control system and suitable cutting tools enable continuous processing of different patterns, shortening production cycles and improving nonwoven material processing efficiency.
High-Precision Cutting
The machine automatically follows imported design files to accurately cut straight lines, curves, holes, slots, and complex contours. It helps maintain consistent dimensions and cutting quality across different production batches.
Intelligent Automatic Nesting
Intelligent nesting software optimizes pattern placement according to roll width, part dimensions, and pattern shapes. This reduces offcuts and improves material utilization.
No Cutting Dies Required
Cutting can begin after importing the design file, eliminating the cost and storage requirements of traditional cutting dies. When changing products, operators only need to modify the digital file, making the machine suitable for prototyping, customized orders, and high-mix production.
Automatic Feeding
The automatic feeding system supports continuous processing of nonwoven rolls. It reduces manual spreading and repetitive handling while improving production automation.
Reduced Labor Costs
The machine automatically completes nesting, feeding, and cutting, reducing reliance on skilled manual cutters and lowering the labor required for pattern tracing, die handling, and repetitive cutting.
Clean Cutting Edges
Blade cutting produces no cutting heat, burnt edges, melting, smoke, or noticeable odors. It delivers clean and neat edges for most nonwoven materials.
Suitable for a Wide Range of Nonwoven Materials
The machine can process PP nonwoven fabric, spunbond fabric, meltblown filter fabric, needle-punched felt, polyester nonwoven fabric, industrial filter media, geotextiles, automotive felt, acoustic insulation materials, packaging fabrics, agricultural nonwovens, and composite nonwovens.
Supports Multiple Production Methods
It is suitable for single-piece samples, personalized orders, small-batch multi-size production, and continuous roll processing. It helps manufacturers respond quickly to different product specifications and order quantities.
Stable and Reliable Operation
High-precision gear racks, industrial linear guide rails, and a reliable CNC control system provide accurate transmission, smooth movement, low operating noise, and long service life. The machine is designed for long-term industrial production.
Optional blades and accessories
Round knife
400W high power
Camera
Marco Pen
Pneumatic knife
Vibrating knife
Punching
Key Features of the Xingkai Nonwoven Fabric Cutting Machine
Heavy-Duty Machine Frame
The high-strength welded frame is precision-machined and stress-relieved for excellent rigidity, stability, and long-term cutting accuracy.
Intelligent CNC Control System
An industrial touchscreen control system provides simple operation, fast response, and reliable control of cutting, feeding, and processing parameters.
Powerful Vacuum Adsorption
The vacuum table holds nonwoven materials flat during cutting. For highly air-permeable materials, zoned vacuum adsorption and covering film can be used to improve material holding and cutting accuracy.
High-Precision Drive System
Precision gear racks and industrial linear guide rails ensure fast, smooth movement and accurate cutting of straight lines, curves, holes, and complex shapes.
Automatic Feeding
The automatic feeding system supports continuous processing of roll materials, reducing manual handling and improving production efficiency.
Multiple Cutting Tools
The machine can be equipped with driven rotary knives, oscillating knives, pneumatic oscillating knives, punching tools, and marking tools according to the material structure, thickness, and production process.
Oscillating Knife Cutting
Physical blade cutting requires no dies and produces no cutting heat, burnt edges, smoke, or strong odors. It delivers clean and consistent cutting results.
Stable and Reliable Operation
The modular structure and automatic lubrication system reduce maintenance requirements, extend service life, and support long-term continuous operation.
Automatic digital nonwoven fabric cutting machines can be configured with different tools according to material characteristics. Driven rotary knives are suitable for thin and flexible materials such as PP spunbond nonwoven fabric, meltblown filter fabric, agricultural nonwovens, and lightweight packaging materials. Oscillating knives are suitable for thicker or denser materials such as needle-punched felt, filter media, automotive interior felt, geotextiles, acoustic insulation materials, and composite nonwovens. Pneumatic oscillating knives provide greater cutting force for thick, dense, or multilayer materials.
Optional marking and punching tools can add reference lines, identification marks, positioning holes, and assembly points. If you are unsure which cutting tool to choose, please send us the material type, thickness, roll width, and required cutting dimensions. Our professional service team will recommend a suitable machine and tool configuration.
Machine details and key components
Fan equipment
Multilingual operating system
Oil pump
Rack
Multiple blade combinations
Servo driver
Felt
Aviation aluminum honeycomb panel
Why Choose an Oscillating Knife Cutter Instead of a Laser Cutting Machine for Nonwoven Fabric?
For PP nonwoven fabric, meltblown filter fabric, industrial filter media, needle-punched felt, automotive felt, and other nonwoven materials, mechanical knife cutting offers several important advantages.
Laser cutting uses heat to melt or burn through materials. When cutting polypropylene, polyester, or composite nonwovens, it may produce melted or hardened edges, discoloration, smoke, or unpleasant odors. Heat may also affect the structure, filtration performance, or appearance of sensitive materials.
An oscillating or rotary knife cuts mechanically without generating cutting heat. It helps preserve the original material structure and produces clean, natural edges without scorching. This makes it suitable for products with requirements for edge quality, cleanliness, appearance, or material performance.
Compared with manual cutting, the Xingkai digital nonwoven cutting machine automatically reads design files and combines intelligent nesting, vacuum adsorption, automatic feeding, and continuous cutting. This improves productivity while reducing manual errors and material waste.
Laser cutting may still be suitable for certain compatible synthetic materials that require heat-sealed edges or intricate hollow patterns. However, knife cutting is a cleaner and more versatile option for many filtration, packaging, automotive, furniture, agricultural, and industrial nonwoven applications.
Recognition from customers
Who Should Buy a Xingkai Digital Nonwoven Fabric Cutting Machine?
Filter Product Manufacturers
Cuts filter cloth, filter media, dust collection materials, air filtration materials, liquid filtration fabrics, and multilayer filter composites.
Automotive Interior Manufacturers
Suitable for cutting headliner materials, trunk liners, carpet underlays, sound insulation felt, protective pads, seat components, and other automotive nonwoven materials.
Packaging Manufacturers
Processes PP nonwoven fabric, protective packaging liners, shopping bag materials, storage products, cushioning layers, and customized packaging components.
Furniture and Mattress Manufacturers
Cuts dust covers, spring covers, mattress backing, sofa lining, protective layers, felt pads, and upholstered furniture components.
Geotextile and Construction Material Manufacturers
Suitable for cutting geotextiles, drainage fabrics, insulation layers, protective membranes, construction felt, and other technical textile products.
Industrial Textile and Composite Material Manufacturers
Processes needle-punched felt, fiberglass fabric, carbon fiber fabric, insulation materials, industrial wipes, composite fabrics, and customized technical parts.
Agricultural Product Manufacturers
Cuts agricultural nonwoven fabric, plant covers, weed-control fabric, seedling materials, protective covers, and other agricultural textile products.
Non woven Fabric
How to Choose a Xingkai Nonwoven Fabric Cutting Machine
For roll materials such as PP spunbond fabric, meltblown filter fabric, agricultural nonwovens, filter cloth, and packaging fabric, we recommend a conveyor cutting machine with an automatic feeding system. It supports continuous processing and is suitable for long patterns and batch production.
For fixed-size sheets, filter elements, felt pads, automotive interior components, and small-batch orders, a fixed-table model is compact and flexible.
For thin and soft nonwoven materials, a rotary knife and low-tension feeding system can help reduce pulling and deformation. For thick needle-punched felt, dense filter media, geotextiles, or composite materials, an oscillating or pneumatic oscillating knife provides greater cutting force.
For small-batch multilayer cutting, the tool and vacuum system should be selected according to the material thickness, density, air permeability, compressibility, and required daily output. Xingkai provides different table sizes, feeding systems, and tool combinations according to each customer’s production requirements.
Recognition from customers
Frequently Asked Questions
What nonwoven materials can the Xingkai digital cutting machine cut?
The machine can cut PP nonwoven fabric, spunbond fabric, meltblown filter fabric, needle-punched felt, polyester nonwoven fabric, industrial filter media, geotextiles, automotive felt, acoustic insulation materials, packaging fabrics, agricultural nonwovens, and composite nonwovens.
Because thickness, density, air permeability, fiber structure, and backing materials vary, customers are advised to send samples or provide material photos, thickness, and dimensions. The Xingkai technical team can arrange a cutting test and recommend the correct tool.
Can the machine cut multiple layers of nonwoven fabric?
Yes. The machine supports small-batch multilayer cutting. The actual number of layers depends on material thickness, density, air permeability, compressibility, surface friction, and required cutting accuracy.
Thin, stable, and compressible nonwoven materials can generally be stacked in more layers. Thick felt, fluffy insulation material, or dense composite nonwovens may require fewer layers. Machine selection should be based on the total compressed thickness and actual test results rather than the number of layers alone.
Does nonwoven fabric cutting produce smoke or burnt edges?
No. The cutting tool processes the material mechanically without using laser heat. It therefore avoids the burnt edges, melted areas, scorch marks, and irritating smoke commonly associated with thermal cutting.
Some fibrous materials may produce a small amount of lint or dust. Regular cleaning of the cutting table and vacuum filtration system is recommended.
How does the machine hold air-permeable nonwoven fabric during cutting?
The machine uses a vacuum adsorption table to keep the material flat and stable. Because some nonwoven materials allow air to pass through easily, zoned vacuum control and a special covering film can be used to improve suction and prevent movement.
For roll materials, a low-tension automatic feeding system helps keep the material stable during continuous feeding and cutting.
Which cutting tool is suitable for nonwoven fabric?
A driven rotary knife is generally suitable for thin and flexible nonwoven materials. An oscillating knife is recommended for thick felt, dense filter media, geotextiles, automotive interior materials, and composite nonwovens. A pneumatic oscillating knife can be selected when greater cutting force is required.
The final tool selection should be confirmed through testing with the customer’s actual material.
Can the machine cut filter materials?
Yes. The machine can cut many air and liquid filtration materials, including filter cloth, needle-punched filter felt, polyester filter media, nonwoven filter layers, and multilayer filter composites.
Customers should provide the material composition, thickness, density, roll width, and required part shape so that the correct blade and cutting parameters can be selected.
Which design files does the Xingkai digital nonwoven cutting machine support?
The machine supports standard formats such as DXF and PLT and can work with commonly used CAD and nesting software. Compatibility with other formats can be confirmed according to the customer’s existing software.
After importing the design, the system can perform automatic nesting and cutting-path planning to improve material utilization and reduce manual work.
Does the machine require cutting dies?
No. Designs can be modified on a computer and imported directly into the cutting system. Different shapes and sizes can be changed quickly without producing new dies.
This makes the machine suitable for prototyping, customized products, small-batch orders, and high-mix production.
How often should the blade be replaced?
Blade life depends on material composition, thickness, density, backing layer, cutting speed, pattern complexity, and daily operating time. Lightweight PP nonwoven fabric may cause relatively low blade wear, while fiberglass, abrasive filter materials, dense felt, and composite nonwovens may wear blades more quickly.
Operators should inspect the blade tip and cutting quality regularly. Replace the blade when the edges become rough, fibers are pulled, corners lose accuracy, or the material is no longer cut completely.
Can I test my material before purchasing?
Yes. Customers can send nonwoven material samples to Xingkai for cutting tests. We can provide cutting videos and finished sample results.
To recommend the correct configuration, please provide:
Material | Thickness | Roll Width | Cutting Size | Single or Multiple Layers | Daily Production
Jinan Xingkai Machinery Equipment Co., Ltd. specializes in digital cutting solutions for flexible materials. We provide suitable machine sizes, feeding systems, vacuum configurations, and cutting tools for filtration, packaging, automotive interiors, furniture, geotextiles, agriculture, and industrial nonwoven material manufacturers
