The Hardware Behind Deep Tech
Magnets, pulsed power, ultra-high vacuum, cryogenics, precision machined parts, and specialty welding for the fastest-growing sectors in advanced technology
lEARN mOREAchieving Energy Dominance & Industrial Innovation
Through AI-Driven Advanced Manufacturing
Altrusion is building the manufacturing backbone, and the AI-powered supply-chain layer, for fusion and deep tech. Fusion energy is the nucleus of our mission, and the same high-field magnets, pulsed power, ultra-high vacuum, and precision structures also serve quantum computing, fission energy, semiconductor lithography, defense, aerospace, electric vehicles, electrical transformers, and science and medical accelerators.
Industries We Serve
Fusion Energy
Every fusion concept, from tokamaks and stellarators to FRCs, Z-pinches, and laser fusion, needs high-field magnets, pulsed power, ultra-high vacuum, and precision structures. Altrusion wins regardless of which physics wins. Our focus areas include:
High-Field Magnets
Producing superconducting, resistive, and permanent magnets, with coil winding, vacuum pressure impregnation, and test.
Ultra-High Vacuum and Cryogenics
Building UHV chambers, vacuum vessels, and cryogenic components for magnet systems and plasma confinement.
Pulsed Power Systems
Designing and manufacturing pulsed-power stacks and high-voltage systems for magnetized, laser, and Z-pinch fusion concepts.
Precision Structures
Delivering precision-machined and specialty-welded structures, including electron-beam-welded assemblies built to withstand extreme thermal and radiation conditions.
Inertial Fusion Targets
Developing mass-manufacturing processes for inertial fusion targets, the consumable every laser-fusion plant will need.
Quantum Computing
Quantum computers depend on the same superconducting, cryogenic, and ultra-high-vacuum hardware that fusion machines do. Our focus areas include:
Cryogenic Components
Producing cryogenic and dilution-refrigerator components for superconducting quantum systems.
Superconducting Magnets
Building superconducting and precision electromagnets for quantum and precision-measurement systems.
Magnetic Shielding
Fabricating magnetic shielding that protects sensitive qubits and detectors from stray fields.
Ultra-High-Vacuum Hardware
Delivering UHV chambers and vacuum components for trapped-ion, neutral-atom, and other quantum platforms.
Fission Energy
Fission energy today and fusion tomorrow both need a resilient domestic supply chain for precision nuclear hardware. Our focus areas include:
Reactor Components
Manufacturing durable, precision reactor components that improve efficiency and reliability in next-generation fission plants.
Shielding and Structures
Fabricating shielding, structures, and specialty weldments for advanced reactors and space fission power.
Isotope and Fuel-Cycle Hardware
Developing manufacturing for isotope production and fuel-cycle programs that strengthen the domestic nuclear supply chain.
Semiconductor Lithography
Advanced lithography tools need precision vacuum, motion, and electromagnetic components built to exacting tolerances. Our focus areas include:
Precision Vacuum Components
Producing ultra-precise vacuum chambers and structures for lithography and wafer-processing tools.
Electromagnetic Assemblies
Building electromagnetic and magnet assemblies for high-precision positioning and beam control.
Tight-Tolerance Machining
Machining complex, tight-tolerance components that advanced lithography and inspection tools depend on.
Domestic Second Source
Onshoring critical tool components to reduce offshore dependence and shorten lead times.
Defense
As a Service-Disabled Veteran-Owned Small Business, we deliver mission-critical hardware for defense and national security programs. Our focus areas include:
Pulsed Power and Directed Energy
Building pulsed-power and high-voltage components for directed energy and national security programs.
SDVOSB Prime Delivery
Priming, integrating, and delivering complex hardware programs with full inspection, traceability, and government-contracting expertise.
Aerospace
Aerospace programs need precision components delivered on schedule, with full traceability. Our focus areas include:
Precision Flight and Research Hardware
Producing complex, tight-tolerance components and assemblies for aerospace research and flight programs.
Space Power and Propulsion
Applying our magnet, vacuum, and pulsed-power expertise to space nuclear power and advanced electric propulsion.
Science and Medical Accelerators
Science and medical accelerators run on high-field magnets, ultra-high vacuum, and precision structures, the core of what we build for DOE national laboratories. Our focus areas include:
Accelerator Magnets
Building dipole, chicane, and hard-bend magnet systems for DOE national laboratory accelerators and light sources.
Detector Structures
Fabricating electron-beam-welded calorimeter absorber structures for nuclear physics experiments such as the Electron-Ion Collider.
Medical and Industrial Accelerators
Applying the same magnet, vacuum, and precision-structure capabilities to medical and industrial accelerator systems.
Electric Vehicles
Electric vehicle programs need precision components built to tight tolerances, at volume and on schedule. Our focus areas include:
Motor and Drivetrain Components
Supplying precision motor components and drivetrain assemblies for electric vehicle programs.
Battery Housings and Enclosures
Machining battery housings, enclosures, and structural assemblies for EV platforms.
Electrical Transformers
Transformer lead times now stretch for years, slowing grid upgrades and new data centers. We apply the coil-winding and electromagnetic know-how behind our magnet lines to close that gap. Our focus areas include:
Cores, Coils, and Laminations
Manufacturing transformer cores, coils, and electrical-steel laminations for grid and industrial power equipment.
Long-Lead Component Sourcing
Using AltrusionAI and our consortium bench to find qualified capacity for long-lead transformer components.