EOS Announces Partnership with HYPERGANIC to Leverage AI Technology to Advance Aerospace 3D Printing

May 12, 20223D printingmachine manufacturer
EOS
and engineering design
software
Expert Hyperganic cooperation, plans will be further improved3D printing
aviation
Design and performance of components. At present they have used this software to design a complete rocket engine and use EOS 3D printerto construct.

The two companies will combine Hyperganic’s AI-based algorithm engineering software, Hyperganic Core, with EOS’s laser powder bed3D printerintegrated together.
By integrating this software, EOS customers are able to use AI algorithms to design their
aerospace
Aerospace power components that completely bypass the traditional part design process. While streamlining the design process, it allows the generation of 3D part computational graphics in minutes for optimizing overall performance.
Dr. Hans Langer, founder of EOS, said: “As a trailblazer of constant innovators, we are introducing another paradigm shift in 3D printing by partnering with Hyperganic. This shift addresses the original space and performance constraints, while thoroughly It changes the existing design process for 3D printing, making the technology a real shift from software algorithm engineering to digital manufacturing.”

Make design more free

3D printing technologyIt provides us with a degree of design freedom that traditional processes cannot achieve. With the rise of 3D printing, we can now fabricate more complex internal cooling channels, lattice structures and thin-wall geometries.
However, although 3D printing has made great strides since the 20th century, traditional CAD software cannot meet the complex design needs of 3D printing. CAD enables engineers and designers to efficiently turn their ideas into producible parts, structures or assemblies, but complex structures cannot be better expressed. In terms of time cost, even small changes require a lot of manpower and time, and each design iteration increases the cost of the project.
In order to solve these problems,3D printing industryGenerative design and
Topology Optimization
program. These products design parts based on pre-set parameters and end-use application algorithms in mind, leaving most of the heavy-lifting algorithmic work to AI.

Lin Kayser, CEO of Hyperganic, said: “We are delighted to partner with EOS on this industry innovation. Algorithmic engineering turns ideas into designs in minutes, engineers simply set parameters and the computer generates results. Specifically, traditional space propulsion The computer field will benefit greatly from algorithm engineering.”

3D printed pneumatic plug nozzle engine

Hyperganic Core has proven its versatility in the field, and the software has been used to design rocket engines from start to finish. Aerospikes are considered an engineering marvel and are known for their high aerodynamic efficiency.
use3D printing technologyIn just a few days, Hyperganic Core designed hundreds of viable solutions and fabricated them on the EOS M 400-4 3D printer, with the overall part printed on an Inconel 718.
The companies will then use intelligent AI algorithms to redesign, and in the future, AMCM M 4K printers will be used to build larger engines, which sources say will use a precipitation hardened copper alloy CuCrZr (chromium zirconium copper) material.

3D printing is becoming increasingly important in aerospace. Just last month, Launcher, a private US aerospace company, successfully completed a 3D printed E-2 liquid rocket engine test at NASA’s Stennis Space Center. The company’s rocket engine achieved nominal thrust, pressure and oxidizer/fuel mixture ratio for the first time, and was reportedly in “perfect condition” 40 seconds after the test launch.

(responsible editor: admin)