According to Grace Hopper – a pioneer of computer programming and a United States Navy rear admiral – “One accurate measurement is worth a thousand expert opinions!” Anyone working to push the boundaries of space and science applications knows that ‘almost right’ is useless. Precision is everything. That is why here at Frazer-Nash we place a priority on precision in our additive manufacturing (AM) processes.
Focusing on the metallic side of additive manufacturing technology, we concentrate specifically on laser powder bed fusion (L-PBF). More commonly referred to as either DMLS or SLM, it enables us to create the highest quality cast parts that help make space and science dreams a reality.
Additive manufacturing for the space industry has come a long way over the past 30 years. Developed as a tool for speedy prototyping, it now enables us to work with many of the leading organisations in the space sector, helping to give form to innovative ideas and placing them into the hands of engineers worldwide. 3D printing for the space industry is already supporting the creation of more efficient rockets and low-cost satellites and helping to lower the cost of other space applications.
The story is much the same in AM for science applications. From cryogenics to instrumentation, scientific developments are being assisted by the creation of precision engineered components and systems and AM is helping scientists to discover ever more about this world we all share.