MTI – A Trusted Leader in Astrospace Engineering
The world’s largest and most technologically advanced friction welders for astrospace components
Friction Welding for critical parts that help NASA send astronauts into space
A proud history of joining parts for several high-profile space missions
Expanded capabilities for the most sensitive components on spacecraft
FEASABILITY STUDIES & PROTOTYPES
Friction welding is the ideal solution for many aerospace parts and applications, but is it the right fit for your project? Explore our development process to see how our engineers bring to life and optimize your ideas.
CHOOSING A TECHNOLOGY
Find out if Rotary, Linear, Friction Stir, Low Force or Plug welding is right for your application.Compare Technologies
EXPLORE ASTROSPACE MACHINES
We’ve mastered the art of building friction welders for astrospace. Which one can we build for you? Click to explore which machine best fits your project’s needs.See Our Machines
With a cost savings of $1 million and the lead time cut in half, Aerojet Rocketdyne and MTI agreed that refurbishing and upgrading the Vertical Rotary Friction Welding (VRFW) machine originally built in 1981 would be the most cost-efficient and time-saving option to develop a next generation rocket engine for NASA.Read Full Story
When NASA needed help with special sensors on a satellite, MTI stepped in to offer an innovative
joining solution that could withstand the harsh environments of space travel.
The simple rule of thumb is this: If you can forge it, you can friction-weld it.
We have forged those!
We have not tried forging those, but it doesn't mean we can't
Our process has been trusted in some of the most high-profile space missions. Let’s talk and we’ll show you what we can do for you.
Which friction welding technology is the best fit for your aerospace or astrospace application? We break down each method and explain which part best matches each technology.
Many companies, across all types of industries, have an interest in lightweighting. Friction welding can help them achieve lighter parts through a variety of different methods.
South Bend-based Manufacturing Technology, Inc. will play a role in future space missions, including sending astronauts to Mars in the 2030s.
MTI was recognized by NASA and other key members for contributions in the journey to mars. MTI inertia welded the powerhead main injectors for the RS-25 engine.