High-precision custom CNC carbon fiber cutting equipment
Against the backdrop of rapid advancements in high-end manufacturing and lightweight applications, high-precision customized CNC carbon fiber cutting equipment has become a key production tool in the field of carbon fiber composite material processing. Integrating a high-rigidity machine body structure, intelligent CNC system, and multi-process cutting technology, it enables high-precision and high-consistency processing of complex contours. Through customized cutting solutions, it effectively solves processing challenges such as delamination, burrs, and dimensional errors in carbon fiber materials. Widely used in aerospace, automotive manufacturing, rail transit, new energy, and high-end industrial components, it provides reliable support for enterprises to improve processing efficiency, yield rate, and automation levels.
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Detailed introduction
As global manufacturing shifts towards high-end and lightweight production, the drone and automotive industries are experiencing unprecedented growth opportunities.
The low-altitude economy has been included as a key area for developing new, high-quality productive forces. Drone applications are continuously expanding into fields such as logistics, surveying, and emergency rescue. Meanwhile, competition in the new energy vehicle market is intensifying, and lightweight design has become a core breakthrough for improving driving range and energy efficiency.
Carbon fiber composite materials, with their exceptional strength-to-weight ratio, excellent fatigue resistance, and superior dimensional stability, have become the material of choice in advanced manufacturing fields such as aerospace, high-end automobiles, medical devices, and precision instruments. However, these outstanding material properties also present unique processing challenges—traditional cutting methods often lead to delamination, fiber pull-out, edge burrs, and thermal damage, severely impacting component performance and aesthetics.
The specifications of the high-precision custom CNC carbon fiber cutting equipment are as follows:
Technical parameters / model | AOL-1625 | AOL-1825 |
Effective working area | 1600x2500mm | 1800x2500mm |
Multi-function tool | Pneumatic knife, projector,vibrating knife,Round knife | |
safety devices | Using infrared sensors, responsive, safe and reliable，Anti-collision system，Four corner emergency stop button | |
Cutting speed | 300-2000mm/s | |
Cutting thickness | ≤50mm Other thicknesses can be customized according to the material | |
Applicable materials | Environmentally friendly glass, PVC soft glass, crystal plate, tablecloth film,EPE, EPS, EVA, IXPE / XPE, PU foam, sponge, foam composite board, multi-layer composite lining board and other materials | |
Material fixing method | Vacuum partition adsorption | |
Transmission port | Network port | |
Transmission system | The X\Y axis is divided into two kinds of rack or belt | |
Rated power | 11kw | |
Rated voltage | 380V±10%/220V±10% Optional | |
Control System | Chinese and English LCD touch screen | |
Operating environment | import servo motor,high precision helical gear reducer,import rail,rack,sensor,low-voltage appliances,power supply, cable,42mm adsorption platform,automatic feeding,rail,energy saving fan | |
Support file format | AI、PLT、DXF、PDF、 PCE、XML | |
Overall size | 3600*2400*1250 | 3600*2600*1250 |
Carbon fiber composite materials, with their exceptional strength-to-weight ratio, excellent fatigue resistance, and superior dimensional stability, have become the material of choice in advanced manufacturing fields such as aerospace, high-end automobiles, medical devices, and precision instruments. However, these exceptional material properties also present unique processing challenges—traditional cutting methods often lead to material delamination, fiber pull-out, edge burrs, and thermal damage, severely impacting component performance and aesthetics.
In the drone industry, carbon fiber has enabled groundbreaking advancements in both payload capacity and endurance for large drones, becoming the preferred material for critical aircraft components and supporting the development of the future trillion-dollar low-altitude drone market. In the automotive industry, carbon fiber reinforced composites significantly reduce weight while substantially improving impact resistance, providing crucial support for increasing the range and safety of new energy vehicles and driving the automotive industry towards a more efficient and low-carbon future.
From drone propellers to car chassis, the widespread application of carbon fiber is opening up new possibilities for advanced manufacturing.
To meet the cutting demands of large-scale carbon fiber production, the AOL1625 dual-head asynchronous intelligent reciprocating knife cutting machine offers a professional solution.
This equipment is designed for high-volume, multi-layer cutting of conventional materials, and is equipped with an intelligent nesting system to maximize material utilization and effectively control production costs. Its dual-head asynchronous cutting unit doubles production capacity, offering both efficiency and flexibility, perfectly matching the pace of mass production. Furthermore, it features integrated multi-layer cutting and punching functions, precisely meeting the processing needs of various composite materials.
The optional projection preview positioning system accurately projects the nested layout onto the material surface, providing operators with a clear and intuitive visual display that helps them quickly and easily understand the actual arrangement and cutting status.
The multi-layer material rack has a strong load-bearing capacity and can stably suspend multiple rolls of material simultaneously. This effectively avoids frequent manual handling, significantly improving the level of automation and overall efficiency of the production process.
Advances in high-end manufacturing are never solely driven by advancements in materials or equipment, but rather are the result of synergistic collaboration across the entire industrial chain. Leveraging its deep expertise in intelligent cutting equipment, AOL fully utilizes the technological advantages of its equipment to optimize key stages from carbon fiber research and development to mass production, helping drone and automotive companies overcome manufacturing bottlenecks.
Whether you need to process drone components with a single layer thickness of 0.1mm or spacecraft structural parts exceeding 50mm in thickness, our high-precision custom CNC carbon fiber cutting equipment provides a reliable, accurate, and cost-effective solution.
Contact us today to receive customized equipment solutions and sample processing tests tailored to your specific application needs. Our team of application engineers will analyze your material characteristics, tolerance requirements, and production goals to recommend the optimal configuration and provide a detailed return on investment analysis.
Packaging of cutting machine：
1. Outer packaging: standard sea-going export plywood box.
2. Inner packaging: stretch film and plastic film to prevent moisture.
If you have special requirements, we can negotiate in a friendly manner; if there is anything else you want to know, please contact us.
About warranty policy：
Our standard warranty period starts from the time of delivery. We provide you with a three-year warranty service and professional machine repair and maintenance
The update and maintenance of machine parts are sold to customers at the lowest price.
AOL smart blade cutting machine has high precision and high efficiency. Our professional after-sales service can provide automated cutting solutions for all walks of life.
If you need to know more about models, prices or operation videos, we suggest you contact us for on-site inspection and sample testing.
For more information, please consult:
Email: info@aolcnc.com
Tel: +86-531-88620680
WhatsApp/WeChat: 0086-18560162709
YouTube: https://www.youtube.com/channel/UCDiNQSjBR5DsAX9QfkWF7AA
Website: https://www.aolcnc.com/
