StageUnattributed VC | Alive
Last Raised$16.84M | 5 yrs ago
Metalysis is a manufacturer of metal powders for 3D printing. The company owns the global rights to a disruptive platform technology capable of producing a wide range of metals and alloys at a lower cost and with a smaller environmental footprint than traditional processes.
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Research containing Metalysis
Get data-driven expert analysis from the CB Insights Intelligence Unit.
CB Insights Intelligence Analysts have mentioned Metalysis in 1 CB Insights research brief, most recently on Mar 30, 2021.
Expert Collections containing Metalysis
Expert Collections are analyst-curated lists that highlight the companies you need to know in the most important technology spaces.
Metalysis is included in 2 Expert Collections, including Advanced Materials.
Startups developing new or improved materials (chemicals, alloys, etc.) that provide physical or functional advantages to basic materials.
Companies focused on the technologies to increase manufacturing productivity, ranging from automation & robotics to AR/VR to factory analytics & AI, plus many more.
Metalysis has filed 22 patents.
The 3 most popular patent topics include:
- Chemical processes
Titanium compounds, Machining, 3D printing processes, Manufacturing, Metalworking
Titanium compounds, Machining, 3D printing processes, Manufacturing, Metalworking
Latest Metalysis News
Aug 13, 2021
Oxygen And Metal Powder Extracted From Moonrocks Press Release - Source: ESA Comments Moon British engineers who are perfecting a technique for transforming moondust into oxygen have made a breakthrough that could shape the future of space exploration. Using specially designed pilot reactors, UK firm Metalysis has successfully extracted air from simulated moonrock, leaving behind kilos of powdered metal that could one day be used to build lunar habitats. This is the first time the by-product has been produced in these quantities. The demonstration could pave the way for an extra-terrestrial extraction plant for oxygen and manufacturing materials that would enable lunar exploration while avoiding the enormous cost of sending supplies from Earth. The technology could even be used to develop a spacecraft refuelling station on the Moon. Metalysis has already developed a mineral extraction process, which is currently used by industries on Earth to produce metals. For the past year the company has been working with ESA to explore how this process could be used in a lunar setting, a project which forms part of wider agency preparations to support the establishment of a permanent and sustainable presence on Earth's natural satellite. Lunar regolith contains about 45% oxygen which is bound to metals such as iron and titanium. Metalysis' electrochemical process takes place in a chamber the size of a washing machine. Simulant regolith is submerged in a molten salt and a current is then passed through it. This triggers the extraction of the oxygen, which then migrates across the liquid salt to collect at an electrode, leaving behind a mixture of metal powders. These powders could be 3D-printed, cast or processed into materials to construct equipment or infrastructure. As part of the project, Metalysis has been working to improve the efficiency of its extraction process. Energy is already at a premium on the Moon, so this could open up numerous opportunities for in-situ resource utilisation and advanced manufacturing. In parallel, ESA and Metalysis have challenged experts to develop an in-process monitoring system that could be used to keep track of oxygen production in future lunar extraction plants. Ian Mellor, Managing Director at Metalysis said: "We are excited to be at the forefront of this in-situ resource utilisation activity, demonstrating that multiple kilogram batches of metal alloy powder can be produced from moon rock, using the Metalysis technology. This enables new design opportunities in the construction of lunar habitats, which until now could only be envisaged conceptionally." The project is supported by ESA and the UK Space Agency. Advenit Makaya, ESA Advanced Manufacturing Engineer and technical officer for the project, said: "The work performed in this activity gives us very valuable insight into how the Metalysis process could help to support our objective of using the most abundant resource on the Moon and Mars, the regolith. This could provide the oxygen and manufacturing materials needed to ensure future sustainable activities on their surfaces." Sue Horne, Head of Space Exploration at the UK Space Agency, said: "The UK is playing a leading role in space exploration, including the Rosalind Franklin rover which launches next year to search for signs of life on Mars. "Finding ways to create the things we need to support life - food, water and breathable air - will be essential for longer-term crewed missions into deep space. This exciting research from Metalysis brings us a step closer to making that possible." Please follow SpaceRef on Twitter and Like us on Facebook .
Metalysis Frequently Asked Questions (FAQ)
When was Metalysis founded?
Metalysis was founded in 2002.
Where is Metalysis's headquarters?
Metalysis's headquarters is located at Materials Discovery Centre, Rotherham.
What is Metalysis's latest funding round?
Metalysis's latest funding round is Unattributed VC.
How much did Metalysis raise?
Metalysis raised a total of $45.41M.
Who are the investors of Metalysis?
Investors of Metalysis include Molten Ventures, ETF Partners, Hercules Capital, Woodford Investment Management, Interogo Treasury and 13 more.
Who are Metalysis's competitors?
Competitors of Metalysis include Desktop Metal, Elementum 3D, CNPC Powder, Velo3D, Xometry and 12 more.
Compare Metalysis to Competitors
Digital Alloys operate as a metal three-dimensional (3D) printing company. It develops multi-metal additive manufacturing systems. The company was founded in 2017 and is based in Burlington, Massachusetts.
XJet develops technology for 3D printing for metal parts. XJet's technology uses solid metal nanoparticles suspended in liquid ink in sealed cartridges. Extremely high temperatures cause the liquid jacket around the metal nanoparticles to evaporate, resulting in strong binding of the metal.
Mebotics has developed a hybrid desktop manufacturing machine capable of both 3D printing and CNC milling. Our networkable workhorses perform additive manufacturing in plastics (up to two materials and four colors at once), as well as subtractive manufacturing in woods and metals. The machines are built with a rugged, self-cleaning, noise-reducing chassis, a fully networkable onboard computer, and a comprehensive set of safety features. These innovations give prototypers and small-scale manufacturers access to affordable machine-shop technologies in places they previously couldn’t go, such as labs, office buildings, and even outdoors.
Incodema3D provides affordable, high-quality 3D Metal Printing services for a wide range of industries, including aerospace and automotive.
Trio Labs has developed Digital Manufacturing technology for the Additive Manufacturing Industry, aiming to improve the way precision parts are manufactured. The company's novel imaging technology and materials manipulation techniques enable rapid, high precision, large format 3D printing in a variety of polymers, as well as rapid, high precision printing of green parts for the production of metal and ceramic end-use components. Trio Labs' technology eliminates costs associated with tooling and increases the throughput of established high-volume production processes.
Impossible Objects is a provider of 3D printing - additive manufacturing technology and services for rapid manufacture of strong, high-precision, geometrically complex parts of reinforced composites such as carbon fiber, Kevlar, fiberglass and more.
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