If you 3D print sculptures or 3D print equipment that will need wires, sensors and lights, then you’ve probably been waiting for something like PipeDream to hit the market. PipeDream is a program that Autodesk researchers have been working on.
Autodesk researchers authored a white paper recently, “A Series of Tubes: Adding Interactivity to 3-D Prints Using Internal Pipes,” that lays out all the specifics. In the paper they explain how ‘pipes’ inside of objects can be open to the outside, fully enclosed or semi-enclosed. Once a 3d printed object which has pipes is printed, a variety of media can be inserted and used within those pipes. For example, an object with an open pipe configuration could be filled with conductive paint and used in tandem with a battery to light LED lights.
While it’s not commercially available yet, PipeDream will eventually lead to makers being able to put pipes or tubes into their creations. PipeDream works in one of two ways: Users can define the beginning and end points of the pipes or they can specify an internal shape, and then create a path along that shape.
To prove that PipeDream is viable, the team who authored the paper created several prototype objects including touch-sensitive toys, a maze, an animated neon sign and a portable radio. The portable radio used pipe technology to allow for the addition of a speaker, volume, power and tuning controls. They also made a smart pen holder using traditional computer-aided-design software and then used PipeDream to add the pipe route. The pen holder can track whether or not a pen is missing thanks to sensors that would be added post-creation.
Another interesting item the Autodesk researchers made was a bunny. They envisioned the bunny as a life-like learning tool. It was made of soft material and, thanks to PipeDream, it had an internal cavity that acted as an air bladder. When connected to an air pump, the bunny seemed to be breathing. The cavity in a soft printed object could be fitted with other feedback devices like a noisemaker, buttons for lights, haptic buzzers, accelerometers and sensors to determine if an object has been touched.
The PipeDreams software could have staggering implications for the industry, allowing users with desktop 3D printers to easily create functioning electronic devices of all sorts from the comfort of their homes. Autodesk certainly seems to be stepping further and further into the 3D printing space from a software, platform, and even hardware perspective.
What would you make with ‘Pipes’? Let us know in the Autodesk PipeDream forum thread on 3DPB.com. To read the research paper, please visit AutodeskResearch.com. Check out the explanation video provided below:
You May Also Like
3D Printing News Briefs, October 13, 2021: Metal 3D Printing, Prostheses, & More
In today’s 3D Printing News Briefs, ExOne and SSI are working together to drive volume production with metal binder jet 3D printing, and RadTech has announced a new photopolymer AM...
3D Printing Shrinks Lab-on-a-Chip Devices Even Smaller
Microfluidic devices are tiny microchips that have almost completely microscopic channels, pumps, and valves etched into them for the purposes of sorting and analyzing cells, disease biomarkers, and other miniature...
3D Printing News Briefs, October 6, 2021: Business, Guns, & Bridges
We’re starting with a little business in today’s 3D Printing News Briefs, as EPLUS 3D and Shining 3D have issued a joint declaration. Optomec received an order from an OEM...
Metal 3D Printing Sustainability to Be Studied by Yale via $100K AMGTA Grant
“Industrial ecology” might sound like an oxymoron, but it’s also an extremely important framework for estimating the long-term sustainability of the business models fundamental to any economy’s critical infrastructure. Yale’s...
View our broad assortment of in house and third party products.