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AFFORDABLE CUSTOM CARBON PARTS
The Power of Waterjet Cutting in Carbon Composites
Specializing in the precision machining of composite products demands expertise, specialized tools, and controlled, dust-free production environments. Carbonwebshop possesses this specialized environment. Join us on a journey through the advantages of waterjet cutting and discover how our seamless processes set the stage for delivering excellence in every project.
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AFFORDABLE CUSTOM CARBON PARTS
Your Project, Our Commitment
Embrace the future of manufacturing with waterjet-cut carbon composites. Whether you are a drone manufacturer looking to improve performance with customized parts or involved in machinery and robotics, our expertise ensures realistic costs and efficient designs suitable for composite production. Contact us today, and let's redefine the boundaries of your projects together.
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KNOWLEDGE BASE
What is carbon fiber?
Carbon fiber is a fiber material used in combination with epoxy resin to make lightweight composites that are extremely strong and rigid. It is not only the specific strength and stiffness that make carbon fiber special, but also that the mechanical properties can be different in different directions due to the orientation of the laminated fibers.
The mechanical properties of metals, for example, are the same in all directions. By matching the fiber direction to the load-bearing requirements, structures can be made lighter, stronger and more rigid. Given a good 3D design, a carbon fiber structure can be up to 40% to 70% lighter than a comparable aluminum or steel structure.
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KNOWLEDGE BASE
Production Method: Pre-preg
The pre-preg process uses pre-impregnated carbon fiber fabrics that are laminated in varying orientations around a core. With this material, high precision and quality can be achieved. The fiber orientation in this production method can vary both longitudinally (0°) and transversely (90°).
The mechanical properties of metals, for example, are the same in all directions. By matching the fiber direction to the load-bearing requirements, structures can be made lighter, stronger and more rigid. Given a good 3D design, a carbon fiber structure can be up to 40% to 70% lighter than a comparable aluminum or steel structure.
MORE INFOQuestions about our products?
Feel free to contact us with questions about our products and services. Our team will happily help you.
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Some of our success stories
From measuring equipment to innovative mobility, companies trust CarbonWebshop to help them improve performance. We are proud to show how our featured customers have found success with our products.