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3d printing a drone’s tail rotor gear box housing

Design World

FLYING-CAM, a leader in design and manufacturing of unmanned helicopters and pioneer of professional drone filming services, celebrated its 30th anniversary with the World premiere of Discovery, its newest unmanned aircraft system. The post 3d printing a drone’s tail rotor gear box housing appeared first on Design World.

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Sponsored: 3D Printing Composites for Aerospace

E&T

Download free whitepaper 3D printing has been on the rise amongst aerospace manufacturers. Download our new eBook to learn how the aerospace industry uses AM, what the industry needs from 3D printing solutions, how today’s AM technologies address these needs, innovative applications and case studies, and more.

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Manufacturing And 3D Printing At A Crossroads

21st Century Tech

If you have dabbled with 3D printing, you know it works like an inkjet printer but in three dimensions. It takes 3D digital files and renders them into physical objects by laying down ink in layers to build them. You can purchase an inexpensive home 3D printer that uses plastic filament inks. Just how big?

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ADDMAN Group and Continuous Composites Partner to Advance 3D Printing Solutions for Hypersonics and UAVs

Manufacturing Tomorrow

CF3D utilizes high-performance composite materials and rapid-curing thermoset resins to create complex, multifunctional parts with both structural and functional fibers.

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3D printing with limitless design

Manufacturer's Monthly

Manufacturers’ Monthly speaks with CNC Design about its additive manufacturing capabilities of large parts for different manufacturing sectors. John Croft, development manager additive technologies for CNC Design, remembers his first encounter with additive manufacturing in 1991. VSF Composite. VSF Composite.

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World’s First Infinitely Reusable Manufacturing Mould Revealed; Producing Parts 14x Faster than 3D Printing with Zero Waste

i4.0 today

Fyous’s technology can shapeshift in under 20 minutes, producing zero tooling waste and making usable parts 14 times faster than 3D printing. By inputting a 3D CAD model, Fyous software generates the PolyMorphic mould shape. Once the pins are in position, the mould can withstand six tonnes of distributed pressure.

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Weber State University uses 3D printing to advance aerospace research

AU Manufacturing

Weber State University is using 3D printing to advance its research on composite materials that support northern Utah’s aerospace and defence ecosystem. The machine creates composite materials that can be utilised to design pieces for various high-tech applications.