The Manufacturing Backbone — and the Supply-Chain Layer — for Fusion and Deep Tech
Magnets, pulsed power, ultra-high vacuum, cryogenics, precision machined parts, and specialty welding for fusion, quantum computing, fission energy, semiconductor lithography, defense, aerospace, and science and medical accelerators.
lEARN mOREWin. Buy. Scale.
Deep tech is scaling faster than its supply chain. We're building the manufacturing capacity it needs: winning contracts as an SDVOSB prime, building capability in-house against funded demand, adding targeted acquisitions, and scaling through automation and our AI sourcing platform.
Deep Tech Is Scaling. The Supply Chain Isn't Ready.
Fusion supply chain spending reached $539 million in 2025, on the way to a fusion market projected to exceed $1 trillion by 2050. Quantum computing, fission energy, semiconductor lithography, science and medical accelerators, and defense need the same hardware: high-field magnets, pulsed power, ultra-high vacuum, and precision structures.
Existing manufacturers can't deliver these highly complex components and turnkey systems on time, and advanced technologies face lead times of 18 months or more. The base is fragmented: 90% of U.S. manufacturers have fewer than 20 employees, the average owner is 63 with no succession plan, and no player holds more than 1% of the market. Next-generation machines need capabilities that don't yet exist commercially, from large-bore superconducting coils to UHV chambers and pulsed-power stacks.
The Altrusion Solution
We win government and fusion contracts as a Service-Disabled Veteran-Owned Small Business (SDVOSB) prime, then build the capability in-house against that funded demand: magnets, laminations, precision machining, vacuum, and cryogenics. Milestone payments mean our customers co-fund the equipment.
As our production lines mature, we will add targeted acquisitions of specialist shops in magnetics, pulsed power, precision machining, optics, vacuum, and cryogenics, injecting capital and technology and connecting isolated capabilities into one platform.
We automate and integrate every site: AI quoting, routing, and CNC programming, robotic cells, and lights-out machining, with standardized quality, shared expertise, and purchasing economies.
Over the long term, we will build the Factory of the Future: an advanced manufacturing facility engineered from the ground up to drive unit costs lower and delivery times shorter at the scale global energy deployment requires.
AltrusionAI is the AI sourcing and quoting layer that fills our factories and runs the supply chain around them. It discovers and qualifies suppliers, matches them to RFQs, and handles outreach automatically, and it's live today at altrusion.ai. Factory data trains the platform, and the platform surfaces demand that fills our factories.
The result? A scalable manufacturing platform that expands production capacity,
connects deep-tech programs to a broad and qualified supplier ecosystem, and removes
the bottlenecks limiting fusion and every technology that depends on the same hardware.
From Zero to Federal Prime in Two Years
Altrusion primes, integrates, and delivers for DOE national laboratories, NASA, and fusion developers, backed by a robust consortium bench of specialist manufacturing, engineering, and test partners.
Lawrence Berkeley National Laboratory
Hard-bend dipole mechanical systems for the ALS-U upgrade.
NASA Langley Research Center
Blanket purchase agreement for general and precision machining.
Fermilab
Chicane dipole magnets for the AOSC experiment at IOTA.
Brookhaven National Laboratory
Electron-beam-welded calorimeter absorber prototype for the Electron-Ion Collider; production proposal in evaluation.
Electron-Ion Collider Dipoles
RFI response submitted as SDVOSB prime for the Brookhaven EIC dipole magnets, with an in-house lamination and magnet-assembly line in development.
AltrusionAI
AI sourcing and quoting platform matching advanced-manufacturing RFPs to qualified suppliers.
Proof: We Have Already Run the Playbook
At the A&M Tool and Die concept cell, a Mazak Palletech robotic system with AI-driven quoting, routing, and CNC programming lifted spindle utilization from about 25% to 85%, running round the clock. AI now handles 90% of quoting and machine routing and auto-generates 80% of CNC programs. It is the model we use to compress 18+ month lead times to as little as 8 weeks.
Who We're Working With
The Factory of the Future and Targeted Acquisitions
Over the long term, Altrusion plans a state-of-the-art 500,000 sq ft Factory of the Future in the U.S. to produce large-scale and complex components, built once funded demand is in hand. Alongside it, we will acquire and scale specialist manufacturers, networking highly capable smaller shops to close critical gaps in America's manufacturing capacity and technological advancement.
Targeted Acquisitions, Paced to Demand
As our production lines mature, we will acquire specialist shops in magnetics, pulsed power, precision machining, optics, vacuum, and cryogenics. These strategically important companies often face capital constraints and owner-succession gaps that limit their ability to scale, even amid strong demand. Our approach to acquisition:
By maintaining decentralized decision-making and fostering inter-company collaboration, we create an ecosystem where acquired companies optimize operations, share expertise, and align strategies to meet expanding manufacturing demands effectively.
Altrusion’s Modern Advanced Manufacturing Advantage
Altrusion FAQ
What sets your modern advanced manufacturing approach apart from traditional companies?
Our strategy aligns with some of today's most important markets: energy dominance, including baseload power from fusion and fission to support AI and data center growth; defense requirements in an uncertain world; and the drive to onshore manufacturing to the United States and allied nations.
Altrusion wins contracts as a Service-Disabled Veteran-Owned Small Business (SDVOSB) prime, builds capability in-house against that funded demand, and automates production with robotics and AI to shorten lead times. Our team has deep experience in energy, defense, and advanced manufacturing, and we value our employees and partners as much as our customers in the United States and allied and partner nations.
What is your acquisition strategy for smaller manufacturing companies?
We build our manufacturing platform on funded contracts first. As our production lines mature, we plan targeted acquisitions of profitable specialist manufacturers with $1 million to $15 million in annual revenue in magnetics, pulsed power, precision machining, optics, vacuum, and cryogenics: companies with an existing customer base and manufacturing capability that lack the capital to scale and compete globally. For owners planning a transition, we provide stability and certainty that your company and employees are in great hands.
What investment opportunities are available for potential partners?
Altrusion funds growth through contract milestones, equipment financing, non-dilutive government programs, and private investment. If you are an investor, lender, or strategic partner, please contact us at info@altrusion.com to discuss opportunities.
Why is developing advanced manufacturing and engineering capacity here in America so important now?
U.S. manufacturing has been decreasing as a share of global manufacturing output for decades. At Altrusion, we believe the time has come to bring those capabilities back, and as a service-disabled veteran-owned business we believe strongly in increasing the U.S. and allied nations' economic prosperity, energy dominance, and national security. Tariffs and the risk of conflict have exposed how dependent advanced technologies are on offshore supply chains, and a resilient domestic supply chain is essential for both future prosperity and national security. We also believe that partnering with companies and governments in allied nations will solidify the long-term success of the U.S. both economically and militarily.
What industries and applications are you focusing on for large-scale component manufacturing?
We build magnets, pulsed power systems, ultra-high-vacuum components, cryogenic systems, precision machined parts, and specialty welded assemblies for fusion, quantum computing, fission energy, semiconductor lithography, defense, aerospace, and science and medical accelerators. Our customers include DOE national laboratories, NASA, defense organizations, and private fusion developers.