Versatile Composite Material Cutting Machine
MC composite cutting machine is designed to deliver fast, accurate, and dust-controlled cutting for a wide range of advanced composite materials.
Using advanced 3 phase step motor and driver system, composite CNC cutting machine can process carbon fiber, fiberglass, Kevlar, aramid fabrics,Technical Textiles, honeycomb cores, insulation panels, and other engineered materials without thermal deformation or edge damage.
Compared with traditional manual cutting, our CNC composite cutting machines offer high production efficiency; by using our machines, you can achieve superior, high-precision cutting results whilst incurring lower labour costs.
Are you looking for a partner to provide high-performance composite cutting solutions? Please feel free to contact us to discuss your application requirements. We will work with you to identify the most suitable solution for your materials, workpiece geometries and process requirements.
Types of Composite Material Cutting Machine






Features of the MC Composite Material Cutting Machine

The machine equipped with advanced CNC motion control technology. Even when you are cutting complex composite components, it delivers precise cuts and outstanding cutting accuracy.

Featuring an Automatic Rectify Deviation System and FUJI Servo Motor, the cut edges are smooth and clean, with no scorching, delamination, burrs or heat damage.

MC composite cutting machine is capable with cutting carbon fiber, fiberglass, Kevlar, prepreg, honeycomb cores, foam boards, and various advanced composite materials.

MC Composite Cutting Solution automatically optimises cutting layouts. It maximises material utilisation, reduces waste and lowers your overall production costs.

MC composite cutting solution delivers high-speed cutting whilst maintaining exceptional precision. This significantly boosts your production capacity when handling high order volumes, meeting your intensive production requirements.

Powerful vacuum suction combined with an aerospace-grade aluminium worktable ensures that materials are securely held in place during cutting, guaranteeing stability throughout the entire cutting process.

The MC composite material cutting machine supports a wide range of cutting tools, including oscillating knives, rotary cutters, scoring wheels, milling cutters and marking systems.

We offer a variety of table sizes and machine configurations, which you can customise to suit your requirements, accommodating different material specifications and production needs.
Designed Specifically for Advanced Composite Materials
Unlike traditional cutting equipment, the composite cutting machine we made is specifically designed for processing modern composite materials. By using it, you can easily cut carbon fibre fabrics, glass fibre panels, aramid materials, industrial textiles, foam cores or honeycomb panels. This machine always delivers highly consistent cutting results. Its cold-cutting process eliminates the heat-affected zone, preserving the material’s properties and resulting exceptional edge quality.


Solutions to Meet Your Diverse Manufacturing Needs
Our composite cutting machines offer a wide range of working areas, cutting tools, automatic feeding systems and software features to suit your specific applications. From aerospace and automotive manufacturing to shipbuilding, wind power and industrial composite production, we can help boost your production efficiency and optimise your cost-effectiveness, providing comprehensive support for the continued growth of your business.
Tailored to Your Application
Based on your material properties, product dimensions and production objectives, we can provide bespoke composite cutting machine solutions. From the selection of working areas and tool configurations to software integration and automation options, you can consult with our specialists to customise the equipment design and configuration to match your production needs, ensuring the machine performs optimally in your specific application.


Comprehensive Technical Support and Services
We provide comprehensive technical support throughout the entire lifecycle of your equipment, covering installation guidance, operator training, preventive maintenance and after-sales service, to help your team get up and running quickly and maximise equipment output. Our technical team has extensive experience in working closely with clients. With rapid-response support services, remote assistance and a plentiful supply of spare parts… even in the event of an emergency, we can perfectly meet your needs.
Why More Global Customers Choose MC Group?


MC boasts a highly efficient team covering research and development, manufacturing, sales and after-sales service, dedicated to providing reliable composite material cutting solutions to customers worldwide. Our sales and service network spans over 120 countries and regions. Drawing on our extensive experience in international projects, we are able to provide bespoke equipment solutions tailored to our customers’ specific production requirements. From customised equipment configurations and rigorous quality control to installation guidance, technical support and the supply of spare parts, we remain focused on helping manufacturers improve cutting efficiency, reduce production costs and achieve long-term operational success.
Our product range includes composite cutting machines, CNC vibrating blade cutters, fibre laser cutters, CNC engraving machines and other industrial equipment. We hold CE, ISO and FDA certifications, as well as numerous product patents.
We remain steadfast in our commitment to innovation, quality and customer satisfaction, and are dedicated to providing practical and effective solutions for a wide range of composite material processing applications.
Typical Applications of Composite Material Cutting Machine

Our composite cutting machines can efficiently process components required for automotive manufacturing, such as carbon fibre parts, interior panels, thermal insulation materials and lightweight structural components. Advanced cutting technology ensures smooth edges and excellent quality. For automotive suppliers, this represents an excellent choice for meeting the demands of lightweighting and high performance.

Similarly, our composite cutting machines are ideal for processing carbon fibre fabrics, CFRP (carbon fibre-reinforced polymer) sheets, prepregs and composite components. Their precision cutting systems ensure accurate shapes whilst minimising material damage, enabling the production of your lightweight carbon fibre products.

The Composite Cutting Machine delivers reliable cutting performance for honeycomb core materials used in lightweight structures. It supports Nomex honeycomb, aluminum honeycomb, and foam cores, providing clean edges and accurate dimensions for aerospace, transportation, and advanced composite applications.

Our composite cutting machines are capable of processing a wide range of industrial textiles—including glass fibre fabrics, aramid fabrics, reinforcing materials and industrial textiles—with speed and precision. This automated cutting solution enhances production efficiency, reduces manual labour and ensures consistent processing quality in demanding textile manufacturing applications.

This composite cutting machine is suitable for processing foam boards, insulation layers, protective materials and composite insulation products. Temperature control during production prevents unnecessary loss of insulation material. Its precise cutting performance also ensures smoother cut edges, meeting the requirements of a wide range of industrial applications.
- Specification
| Item | Specification |
| Product Name | Composite Material Cutting Machine |
| Cutting Technology | CNC Oscillating Knife Cutting |
| Applicable Materials | Carbon Fiber, Fiberglass, Kevlar, Honeycomb Core, Foam, Technical Textiles |
| Maximum Cutting Speed | Up to 1,500 mm/s |
| Cutting Accuracy | ±0.03 mm |
| Repeat Positioning Accuracy | ±0.05 mm |
| Drive System | High-Precision Panasonic Servo motor |
| Working Table | Felt auto feeding worktable |
| Control System | Intelligent CNC Control System |
| Supported Formats | DXF, AI, PLT, PDF |
| Power Supply | AC380V ±10%/10A,50-60HZ |
Yes. Oscillating knife technology provides clean edges without heat-affected zones and is widely used for carbon fiber fabric and prepreg cutting.
Yes. This composite cutting machine can process both single-layer and multi-layer materials, delivering excellent cutting quality. The specific number of layers depends on the type, thickness and density of your material. For example, glass fibre fabrics, industrial textiles and insulating materials can typically be stacked in 10 to 30 layers for cutting, whilst carbon fibre prepregs and Kevlar materials are usually processed in 5 to 15 layers to ensure cutting quality. In actual production, advanced vibrating blade technology works in tandem with a powerful vacuum clamping system to minimise material displacement whilst ensuring cutting precision, thereby enabling the production of more precise products even when processing a large number of layers.
Cutting accuracy depends on material properties, equipment configuration and operating conditions. Under suitable production conditions, industrial-grade composite cutting machines can achieve cutting accuracy of up to ±0.01 millimetres. Combining advanced computer numerical control (CNC) systems with precision motion technology, this equipment enables more aesthetically pleasing and highly repeatable machining for your complex composite components and intricate production requirements.
Vibratory blade technology utilises a cold-cutting method, which differs from laser or thermal cutting processes. This cold-cutting approach prevents the material from charring, melting or creating a heat-affected zone. This is key to processing materials of varying densities and melting points. The process preserves the structural properties of the composite material whilst ensuring that the cut edges are unaffected by temperature, thereby maintaining a clean and smooth finish on your products.



