Advanced energy manufacturing. From battery enclosures to plasma-facing parts.

Large black anodized aluminum heat sink with cooling fins

 

The future of energy depends on very real tolerances, materials, and deadlines.

From generation and storage to grid hardware and emerging energy platforms, vetted suppliers machine challenging metals, form enclosures, and make precision assemblies. Our team flags tolerance, material, and manufacturing risks before the work begins.

CERTIFICATIONS + COMPLIANCE
AS9100D Compliant · ISO 9001:2015 · ITAR Registered · NIST 800-171 Compliant

Programs we support

The hardware, requirements + applications behind the industry.

  • Energy Storage + Battery Systems

    Battery enclosures, busbars, cell holders + trays, from the first pilot build through production runs.

  • Power Generation

    Machined + fabricated components for generation equipment, matched to shops with the right material experience.

  • Fusion Energy

    Plasma-facing parts, vacuum vessel components + magnet supports in tungsten, oxygen-free copper + Inconel, routed to shops proven in those materials.

  • Advanced Nuclear

    Prototype, test loop + non-safety-related hardware for advanced reactor programs, with NQA-1 requirements confirmed before we quote.

  • Power Distribution + Conversion

    Busbars, switchgear enclosures + conductor parts, with tin, nickel + silver plating handled in the same program.

  • Grid Management

    Control enclosures, mounting hardware + machined components for grid monitoring and control equipment.

Why Advanced Energy programs call us

01

Risk Raised at Quote

Machinability, availability, specified grades + dependencies considered before the PO.

02

Vendors in Their Strike Zone

The part matched to relevant material, equipment + process experience.

03

Domestic when Required

Program-specific sourcing, qualification + documentation confirmed before selecting the route.

 

Advanced Energy manufacturing capabilities

  • CNC Machining

    3-, 4-, and 5-axis in copper, tungsten, Inconel, and stainless. Tolerances to ±0.001″ through our vetted network.

  • Sheet Metal Fabrication

    Battery, switchgear, and control enclosures. Cut, formed, welded, and finished to print.

  • Injection Molding

    Flame-rated housings, cell holders, and connector bodies on tooling built to run.

  • Industrial 3D Printing

    Metal and polymer parts for test fixtures, conformal cooling, and geometry a mill can’t reach.

  • Finishing + Post-Processing

    Tin, nickel, and silver plating on conductors. Anodize, passivation, and powder coat on the rest.

  • Engineering Support + DFM

    Drawing review for material, tolerance, process + program requirements.

One contact. Zero chasing.

Your project manager knows the test campaign, material requirements + agreed date. Machining, plating, fabrication + documentation run as one coordinated job.

A track record behind the promise

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CUSTOMERS SERVED

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CAPABILITIES

A few things worth asking.

Precision Expedited supports energy storage and battery systems, power generation, fusion energy, advanced nuclear, power distribution and conversion, and grid management hardware. Programs range from a single prototype for a test stand to production runs of enclosures and conductors. The same contact manages the job at every stage.

Yes. Our vetted vendor network machines tungsten and tungsten alloys, oxygen-free and high-conductivity copper (C101, C110), Inconel 625 and 718, and 316L stainless for vacuum and cryogenic service. Tungsten is brittle at room temperature and copper is gummy and burr-prone, so both go only to shops with a track record in them. Tolerances to ±0.001″ are routine for energy industry CNC machining. For anything tighter, send your print and we’ll confirm feasibility during quoting.

We support advanced nuclear R&D, prototype, test loop, and non-safety-related hardware under our ISO 9001:2015 quality management system. If your part is safety-related or your purchase order invokes ASME NQA-1 or 10 CFR 50 Appendix B, note it with your RFQ. We’ll confirm vendor qualification before we quote and tell you plainly if the job isn’t a fit.

Precision Expedited is NIST 800-171 Compliant and ITAR Registered. Drawings and models are handled under documented access controls from RFQ to delivery, and ITAR-controlled work routes only to vetted, ITAR-registered domestic vendors. If your program falls under ITAR, EAR, or DOE export rules, flag it with your RFQ and we’ll confirm handling before quoting.

Yes. Many energy programs start with a few enclosures or busbars for a pilot build, then scale. We plan for that at quote by flagging features that get expensive at volume and lining up vendors with capacity for the next step. The same contact carries the program through bridge and production.

Material certifications and inspection records ship with every order. Plating certs, conductivity or hardness reports, and first article inspection reports are available when your drawing or PO calls for them. List requirements with your RFQ so they’re priced and scheduled from the start.

Quick-turn portals are built to price geometry fast and route it to whoever has capacity. Energy hardware usually needs more judgment than that. A copper grade changes conductivity, a large weldment has to stay flat enough to seal, and a data package can’t leave a controlled environment. We read the drawing, pick the vendor, and stay on the job until the parts are in your hands.

You’ve got the next big thing. We’ll handle how it gets made.

A real person responds to your RFQ within 24 hours.