Custom Processing of 3K Carbon Fiber Plates

Engraving Processes

1. CNC EngravingAs a commonly adopted processing method, CNC engraving uses computer-controlled machine tools to precisely cut carbon fiber sheets into various shapes with high accuracy. During processing, the tool rotation speed should be maintained above 20,000 rpm to prevent edge fraying. In the meantime, compressed air cooling is applied to avoid resin whitening caused by moisture absorption.
2. Laser EngravingLaser engraving is also widely used for model parts with high precision requirements and complex patterns. It can engrave delicate patterns and text on the surface of carbon fiber sheets, yielding smooth edges with a minimal heat-affected zone.

Customization Process

1. Define RequirementsClarify the type of custom model parts, such as wings, fuselages, and rotors for aircraft models, or mouse pads and keyboard trays for e-sports equipment. Specify detailed requirements including dimensions, shape, and thickness.
2. Design DrawingsYou can either commission professional designers or use design software to draw the drawings yourself, translating the requirements into precise processing blueprints.
3. Select a Processing FactoryLook for experienced and reputable carbon fiber sheet processing factories, and send the design drawings to them. The factory will provide a quotation based on factors such as material costs and processing difficulty.

Application Fields

1. Aircraft Model FieldIt can be used to produce components like wings, fuselages, and tail fins for fixed-wing aircraft and drones. It enhances flight stability and control performance, while reducing the model weight and improving endurance.
2. E-sports FieldIt is suitable for customizing e-sports accessories including mouse pads, keyboard trays, and computer cases. It not only elevates the appearance and texture of the equipment but also delivers a lightweight user experience.
3. Other Model FieldsIt also finds applications in manufacturing car models and robot models, where it is used to make model shells and structural components, enhancing the strength and durability of the models.