At Layered3D, located in the Gold Coast, Australia, we're transforming the prototyping landscape with the integration of HP Multi Jet Fusion 3D printing technology. Our recent project involving the creation of velocity stacks for a small outboard motor showcases the unparalleled capabilities of this cutting-edge technique. By leveraging HP's advanced 3D printing system, we've crafted geometries that defy the limitations of traditional manufacturing methods. The internal vortex integrated within this design aims to trap the atomised fuel as it passes through the carburettor.
The HP Multi Jet Fusion technology allows us to construct highly detailed and complex parts with incredible speed and precision. Especially for components like velocity stacks that require a high temperature resistance and detailed surface geometry, 3D printing is the standout choice. These components, which are integral to the engine's performance, were previously bound by the constraints of conventional production processes. Now, with HP Multi Jet Fusion, we can unleash the potential of sophisticated designs that are not only feasible but also practical to produce.
One of the most significant advantages of using HP Multi Jet Fusion 3D printing is the quality of the materials available. For the velocity stacks, we opted for PA12 nylon—a material celebrated for its exceptional heat resistance and durability. PA12 nylon stands up to the rigorous demands of the marine environment, maintaining integrity in the presence of high temperatures and resisting the corrosive effects of oils and fuels. This makes it an ideal choice for engine components that encounter extreme conditions.
By choosing Layered3D for their prototyping needs, clients benefit from our ability to quickly iterate designs and produce parts that are strong and resilient for high-performance applications.
Layered3D is proud to be at the forefront of the 3D printing revolution in Gold Coast, Australia. Our HP Multi Jet Fusion 3D printing service offers clients a path to innovation, speed, and precision that is transforming industries and propelling them into the future of manufacturing.
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