In-space manufacturing (ISM) is critical for building a sustainable future in space, and a new breakthrough in welding technology marks an important step forward. Recently, ESA, in collaboration with NASA and ThinkOrbital, tested an autonomous welding machine in space—an experiment that could redefine how we build and maintain structures in orbit. Photo Credit: ESA/NASA Why…
Photo Description: Left: Additive Manufacturing (3D printed) metal parts on earth. Right: The same parts printed in International Space Station. Credit ESA/NASA On September 6, 2024, the European Space Agency (ESA) successfully 3D-printed its first metal component in space aboard the International Space Station (Right picture). Developed by Airbus and partners, this metal 3D printer…
In-space manufacturing has a rich history of technological experiments that laid the foundation for today’s operational systems. While many of these technologies are no longer in use, their contributions to the field remain invaluable. This article delves into some of the key in-space manufacturing experiments from the past that are no longer operational today. Photo:…
In-space manufacturing is a groundbreaking technology that is transforming how we approach space exploration and utilization. By producing necessary components and tools directly in space, we can significantly reduce the cost and complexity of space missions. This page focuses on the current in-space manufacturing technologies that are installed and operating in space, showcasing the advancements…
Introduction to In-Space Manufacturing Picture: Metal3D printer test print, Credit ESA In-space manufacturing represents the final and most critical component of the ISAM (In-Space Service, Assembly, and Manufacturing) framework. As the ultimate enabler of sustained space exploration, manufacturing in space overcomes the constraints of Earth-based production and allows for the creation of advanced tools, materials,…