![]() ![]() Valves & Manifolds will be re-designed to be part of the equipment’s structure.įor example, hydraulic manifolds & valves can be elongated and curved to follow the shape of equipment’s framework - Future transmissions can be built inside a vehicle’s structural parts whereby the fluid cavities are optimized for flow instead of how they can be machined using today’s tooling … Hydraulic equipment designs will become almost organic in shape and hidden as part of the structure, reducing weight and the need for many hydraulic lines and connections that reduce efficiency. Once 3DP items can withstand at least 5000 psi fluid pressure, 3D-Printing will completely disrupt the Hydraulics industry. With Additives Manufacturing, one has more flexibility to design based on how the part will be used, not based on what tools it takes to make that part. Yet, with 3D Printed items one doesn’t have to worry about draft angles or tool paths, in fact there may be hidden areas inside 3DP parts that human eyes will never see. Start Designing Now for Future 3D-Printing Manufacturing Here are a Few Other ‘Future’ 3D-Printing Concepts to Think About :Ĭurrently items are designed based off what can be machined therefore, design is driven by tool paths and available fabrication materials. ![]()
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