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Starting with a CAD model, the first step in the process is work preparation and design optimization. The information for the print job is digitally transferred directly from your computer to the CeraFab 3D printer.
Starting with a CAD model, the first step in the process is work preparation and design optimization. The information for the print job is digitally transferred directly from your computer to the CeraFab 3D printer.
Manufacture bionic designs, as well as canals and pore structures
Adapt product functionality and boost product value for end customers
Produce undercuts, cavities, and structures with thin walls
Material properties that meet and exceed those of conventional manufacturing processes
Direct manufacturing from CAD data
Fast and simple design optimization and product testing
An array of fully functional parts in just one printing job
Eliminates unmolding or machining issues due to the tool-free production method
Offers great flexibility and personalization for ceramic products
Important applications of casting cores are found in the aerospace industry and in the power generation industry. The cooling channels of turbine blades are becoming increasingly complex and conventional production methods, such as injection molding, have reached their limits and can benefit from the possibility of casting cores produced by the LCM technology.
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Heat exchangers made of ceramics excel in terms of resistance to high-temperature gradients and chemical influences. However, the performance of such devices is mostly limited by the design constrictions derived from conventional manufacturing and joining processes. Using additive manufacturing provides a solution for the design of a heat exchanger, which combines increased functionality by also lowering the manufacturing efforts required.
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