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Fiber Composites, Additive Manufacturing And The Combination Of Both

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Fiber Composites, Additive Manufacturing And The Combination Of Both
Fiber Composites, Additive Manufacturing And The Combination Of Both
Anonim

Fiber composite materials can be designed by combining fibers and matrix and the subsequent manufacturing process to a load-adapted component material. The automation of this process is currently a major task. In the technical article at number 1, we interviewed Munich Composites, which produces CFRP hollow profiles in an automated manner. With their special process, the profiles can vary in diameter without creating folds or holes in the braid.

With additive manufacturing processes, topology-optimized designs can be implemented. Our expert article in second place explains why not all plastics from injection molding are also suitable for the FDM process.

Service providers play an important role in the production of parts in 3D printing. Murtfeldt even offers the cutting and additive manufacturing of plastic parts and thus came third.

Fiber composite material

Manufacture diameter-variable CFRP hollow profiles automatically

Additive manufacturing

Available plastics for 3D printing

3D printing

Manufacture additively or subtractively - decide price and material

3D printing

New FDM technology enables components of unlimited length to be printed

3D printing

Think and construct additively

Composites

Special composite development process finds ideal lightweight geometry

Review: 1st user meeting lightweight construction

Coordinate material, shape and production

Additive manufacturing

3D printing with continuous fiber reinforced thermoplastics

Ceramics

Ceramic components from the 3-D printer

3D printing

Manufacture fiber-reinforced components in 3D printing

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