3D Printing Titanium Part by AI

Most of everything we interact with on a daily basis has been designed and manufactured by a person or a group of people. But what if we left the designing up to artificial intelligence? Today, we’re going to put that to the test by 3D printing a part that was entirely designed by AI. This part is different from previous prints because it was not designed by a human but instead by an AI using the Hyperganic platform. The part is an injector head for a rocket engine, created using an algorithmic engineering platform developed by Hyperganic. This method of engineering is extremely useful because it saves engineers a ton of time by using computer code and algorithms to design parts. For example, on this part, there are six combustion chambers, each with a coaxial swirl injector element optimized for the best mixing ratio. Traditionally, engineers wouldn’t take the time to optimize these elements because it would take forever, but using algorithms, they can do it quickly and efficiently. The Hyperganic platform will be released on June 15th, allowing any engineer to create algorithms and make complex parts like this one. The process involves using Titanium metal powder, setting up the TruPrint 2000, and printing the part without supports. The final part turned out beautifully, showcasing the potential of algorithmic engineering and 3D printing. This technology is being used in various fields, including bioprinting and aerospace, and has endless possibilities.