— Space & Launch Systems
Precision Hardware for the Final Frontier
ADMI manufactures structural components, thruster housings, and thermal management hardware for launch vehicles, satellites, and space exploration programs. Our refractory metals expertise and rapid turnaround capability align with the pace of the NewSpace industry.
Mo / Ta / W
Refractory Metals
137.8"
Compliant
14
CNC Machines
Rapid
Prototype to Production
Trusted by Industry Leaders
— Industry Overview
Components for Launch Vehicles, Satellites & Beyond
The space industry operates at the intersection of extreme engineering requirements and aggressive development timelines. ADMI supports launch vehicle manufacturers, satellite integrators, and space exploration programs with precision-machined hardware that performs in the most demanding environment known to engineering space.
Our facility is equipped to machine the full range of materials demanded by space applications, from conventional aerospace alloys like titanium and Inconel to the refractory metals that define modern propulsion and thermal management systems. Molybdenum, tantalum, and tungsten components require specialized tooling strategies, conservative cutting parameters, and deep material science knowledge that ADMI has developed over years of production experience.
The NewSpace industry moves at a pace that traditional aerospace suppliers struggle to match. ADMI bridges this gap with rapid prototyping capability, flexible scheduling, and an engineering team that can evaluate new designs for manufacturability within days rather than weeks. When your launch window is fixed and your hardware timeline is compressing, ADMI delivers.
Launch Vehicles
Structural rings, interstage adapters, thrust structure components, and propellant system hardware for orbital and suborbital vehicles.
Satellite Systems
Precision brackets, bus structural elements, deployment mechanism components, and antenna mounting hardware for LEO and GEO platforms.
Propulsion Systems
Thruster housings, injector plates, nozzle components, and chamber liners in refractory metals for extreme thermal environments.
Thermal Management
Heat shields, radiator panels, thermal interface hardware, and cryogenic system components engineered for space thermal cycling.
— Typical Parts
Space Hardware We Manufacture
From prototype to flight hardware, ADMI delivers components that meet the exacting standards of space qualification programs.
Launch Vehicle Structural Components
Large-format structural rings, interstage adapter fittings, and thrust structure brackets machined on our oversized-envelope CNC mills. These load-bearing components require precise geometric tolerances across spans exceeding 100 inches.
Satellite Brackets & Bus Hardware
Lightweight structural brackets, solar array hinges, and bus frame components designed for minimum mass with maximum stiffness. Precision-machined from aerospace aluminum and titanium alloys with mass-optimized pocket features.
Thruster Housings & Nozzle Components
Refractory metal thruster components including molybdenum chamber liners, tantalum nozzle inserts, and tungsten throat sections. Machined with specialized tooling for materials that operate at temperatures exceeding 3000°F.
Thermal Management Components
Heat exchanger plates, radiator panel mounting hardware, and cryogenic valve bodies designed for the extreme thermal cycling of the space environment. Tight flatness and surface finish requirements for thermal interface performance.
Payload Adapters & Separation Hardware
Precision-machined payload adapter rings, clampband components, and separation system fittings that ensure reliable spacecraft deployment. These components require exacting concentricity and bolt-pattern accuracy across large diameters.
Rapid Prototypes & Development Hardware
Quick-turn prototype components for design validation and testing campaigns. ADMI supports the iterative development cycles common in NewSpace programs with flexible scheduling and fast first-piece turnaround.
— Why ADMI
Built for the NewSpace Era
Our materials expertise, machine capacity, and operational agility make ADMI the right manufacturing partner for space programs moving at launch-window speed.
Refractory Metals Expertise
Molybdenum, tantalum, and tungsten are among the most challenging materials to machine. ADMI has developed proven cutting strategies, tooling selections, and fixturing approaches for these ultra-high-temperature alloys. Our machinists understand the unique chip formation characteristics, thermal sensitivities, and surface integrity requirements that make refractory metal machining a specialty discipline.
Rapid Prototyping Capability
Space programs iterate fast. Design changes between test campaigns can require new hardware in days, not months. ADMI maintains flexible scheduling capacity specifically to support rapid-turn prototype requirements. Our engineering team provides DFM feedback within 24-48 hours, and our programming team can have first-piece parts in cycle within days of order release.
Large Envelope for Space Structures
Launch vehicle structural components are large by definition. Our Correa FP4040 and Cincinnati 30V mills provide the travel envelope (137.8″ x 118.1″ x 39.4″) required for oversized structural rings, interstage adapters, and thrust structure components that would require outsized fixturing on smaller machines.
Aerospace Quality Foundation
Space hardware demands the same rigorous quality discipline as defense and commercial aerospace. ADMI’s AS9100D quality management system provides the traceability, inspection, and documentation infrastructure that space programs require. From material certifications through final CMM reports, every component ships with a complete quality data package.
—Materials Expertise
Space-Grade Materials We Machine
From conventional aerospace alloys to exotic refractory metals, ADMI machines the full material spectrum required by modern space programs.
Molybdenum
Mo / TZM / Mo-Re
High melting point (4753°F) refractory metal for thruster chambers, heat shields, and thermal management components. Maintains structural integrity at temperatures where conventional alloys fail.
Tantalum
Ta / Ta-10W
Exceptional corrosion resistance and ductility at extreme temperatures. Used for nozzle inserts, chemical processing hardware, and components exposed to reactive propellant environments.
Tungsten
W / W-Ni-Fe / W-Re
Highest melting point of any metal (6170°F). Precision-machined for thruster throat inserts, radiation shielding, and counterweight applications where extreme density and thermal resistance are required.
Titanium Alloys
Ti-6Al-4V / Ti-5Al-2.5Sn
The backbone of space structural hardware. High strength-to-weight ratio for payload adapters, satellite bus structures, and launch vehicle fittings where mass efficiency is paramount.
Inconel 718
AMS 5662 / AMS 5663
Nickel-based superalloy for turbopump components, hot-section hardware, and thermal management applications requiring strength retention above 1200°F in oxidizing environments.
Aerospace Aluminum
7075-T7351 / 6061-T6
High-strength aluminum alloys for large structural components, avionics enclosures, and mass-optimized brackets. Deep-pocket machining capability for lightweight, stiffness-driven designs.
— Industry Overview
Precision Components for Defense Programs
Correa FP4040
AMS 5662 / AMS 5663
Our largest machine provides the travel envelope required for full-scale launch vehicle structural components, interstage rings, and oversized satellite bus panels. The 100 HP spindle handles heavy material removal on titanium and aluminum structural stock.
X Travel
137.8"
Y Travel
118.1"
Z Travel
39.4"
Spindle
100 HP
Cincinnati 30V
5-Axis Vertical Gantry
High-rigidity vertical gantry mill for large structural components requiring heavy cuts and superior surface finish. Ideal for launch vehicle skin panels, structural webs, and large-format satellite hardware requiring precision flatness.
X Travel
120"
Y Travel
60"
Z Travel
30"
Spindle
75 HP
NewSpace Turnaround
ADMI’s operational model is designed to match the development velocity of modern space programs. We understand that launch windows are fixed and hardware timelines are compressed.
- DFM review returned within 24-48 hours of model receipt
- Prototype first-piece in as few as 5 business days
- Flexible scheduling for urgent flight hardware
- Engineering support for design iteration between test campaigns
- Rapid scale from prototype quantities to production rates
- Dedicated program management for space accounts
- Parallel processing across 14 CNC machines
- In-house welding for complete assembly delivery
— Case Study
Space Program Success
— Launch Vehicle / Propulsion System
Refractory Metal Thruster Components
ADMI was contracted to produce a family of molybdenum and tantalum thruster components for a next-generation launch vehicle propulsion system. The program required precision machining of TZM molybdenum chamber liners with internal contour tolerances of ±0.001″ and surface finishes better than 16 Ra across complex internal geometries.
TZM / Ta
Materials
±0.001"
Contour Tolerance
5 Days
First Piece
The development program required three design iterations across two test campaigns, with hardware delivered within 5 business days of each design release. ADMI’s rapid turnaround capability and refractory metals expertise enabled the customer to maintain their test schedule without hardware-driven delays.
3
Refractory Metals
137.8"
Max X Travel
5 Days
Prototype Turnaround
14
CNC Machines
Ready to Launch Your Next Program?
Send us your models and let our team evaluate your space hardware for manufacturability, material selection, and lead time.