SpaceX Reveals That They 3D Printed One of The Main Oxidizer Valves in January’s Falcon 9 Rocket Launch
Elon Musk; some call him the Thomas Edison of our time, while others compare him to Tony Stark from Iron Man. Robert Downey Jr. even used Musk as his inspiration in portraying the character for the hit movie series. There is no doubt about it, the man is the innovator of our time, the brains behind numerous advanced tech companies, and a hero to many.
Something you may not know, however, is that Musk is very excited about the future of additive manufacturing. In fact, he is so excited that his company, SpaceX, recently 3D printed the engine chambers for their new SuperDraco Thrusters which will be used to control their recently unveiled Dragon Version 2 spacecraft.
“Through 3D printing, robust and high-performing engine parts can be created at a fraction of the cost and time of traditional manufacturing methods,” said Elon Musk. “SpaceX is pushing the boundaries of what additive manufacturing can do in the 21st century, ultimately making our vehicles more efficient, reliable, and robust than ever before.”
Today, SpaceX revealed that prior to the use of additive manufacturing in fabricating the engine chambers for the SuperDraco, they had 3D printed another important engine component, which was used within the launch of the Falcon 9 rocket back in January of this year.
The body of the main oxidizer valve, within one of the nine 1D engines found in the Falcon 9 rocket, was 3D printed. For those who are not rocket scientists, the main oxidizer valve is the valve which controls the flow of liquid oxygen as it enters the main combustion chamber within the engine. A faulty part could be catastrophic for any launch.
Needless to say, the mission back in January, tasked with lofting an Orbital-built satellite, namely the Thaicom-6 spacecraft, was a complete success. The 3D printed valve performed exceptionally well, under extreme temperatures and vibrations. SpaceX concluded, after a series of tests, that the 3D printed valve was actually superior to those valves manufactured by traditional means. It was stronger and had superior fracture resistance and ductility, while incredibly it took just 2 days to print, in comparison to traditional casting methods which would take months. The 3D printed valve will now be used on all Falcon 9 flights from here on out.
It certainly says something about the capabilities of additive manufacturing, when some of the most important components on some of the most high tech engines, are manufactured with such technology, under the watchful eye of one of the most intelligent engineers of our time.
Let’s hear your thoughts on this news in the 3D printing & SpaceX forum thread on 3DPB.com.
You May Also Like
Ultimaker and 3D Metalforge Announce “Largest” FFF 3D Printing Facility in Singapore
Desktop 3D printing leader Ultimaker has announced a partnership with Singapore- and Houston-based global additive manufacturer 3D Metalforge. As a result of this partnership, the two will collaboratively launch what’s...
Roboze Opens Munich Office for German 3D Printing Customers
After creating numerous working relationships with German companies interested in using high-performance 3D printing polymers, the Italy-headquartered Roboze has taken the leap to open up a new facility in Munich....
Wi3DP Panel: Experts Discuss Impact of Aerospace 3D Printing on Industry
During a virtual panel by Women in 3D Printing (Wi3DP), three leading experts in additive manufacturing (AM) for aerospace addressed the impact of the technology across the industry. Hosted by...
Evonik Opens Center for Plastic 3D Printing in Austin, Texas
Based in Germany, Evonik Industries has been a leader not only in developing specialty chemicals but also in additive manufacturing processes, precipitating the need for yet another new facility in...
View our broad assortment of in house and third party products.