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Carbon Fiber Composites CNC Machining

Carbon fiber is a lightweight composite with exceptional sturdiness, hardness, and resistance to abrasion and rust.

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Carbon Fiber CNC Machining

Carbon fiber makes up 5 to 10 microns in size hairs of fibers including long, very closely interlocked chains of carbon atoms in a microscopic crystalline type. These fibers are strong and very light in weight. Carbon fiber is a lot more strong and inflexible than steel and lighter than steel.

Known for incredible strength and durability, carbon sheets are widely used for various sporting, engineering, and aerospace industries and more applications. Carbon fiber is a lightweight composite with excellent toughness, hardness, and resistance to abrasion and corrosion.

Carbon Fiber CNC Machining Capacities

Carbon Fiber CNC Machining Gallery

CNC-Carbon Fiber-Tube

CNC-machining- Nylon -PA6 -Blue

CNC-machining-ABS -Balck 01

CNC-machining-ABS -Balck-02

CNC-machining-ABS -Natural

CNC-machining-Bakelite-01

CNC-machining-Bakelite-02

CNC-machining-carbon-fiber-01

CNC-machining-carbon-fiber-02

CNC-machining-carbon-fiber-03

CNC-machining-carbon-fiber-Tube

CNC-machining-FR4-01

CNC-machining-FR4-02

CNC-machining-FR4-03

CNC-machining-G10-01

Carbon Fiber Composites Machining Tips

High-hardness tool materials, for instance, tough alloys, ceramics, cubic boron nitride, and ruby, will be utilized for processing carbon fiber.
Water-based cutting fluid can be added to the boring procedure to make sure that the dirt fragments are gotten rid of by water-based cutting fluid and not dispersed to the air. It helps to resolve the problem of contamination when making holes.
The surface roughness of the holes can be reduced, and the roundness of the holes can be enhanced successfully by utilizing the Reaming modern technology after exploration. The surface roughness of the carbon fiber compound on the back wall surface of Reaming is not less than Ra3.2.

Cost-saving Design Tips

To reduce costs, limit part setups numbers, inspection dimensions or tight tolerances numbers, and deep pockets with small radii.