Tooling, machines, parts, packs, motors, boards and finished products, from our owned, full-stack factories, run by the LMM.
Cost, quality and speed, with real-time visibility and full transparency over your manufacturing.
One automated stack under one roof driving down costs.
Open-book quotes, so you see the process, not just the price.
DFM and component re-engineering come with every quote, taking cost out of the BOM before a part is ever made.
AS9100D and ISO 9001 across the stack.
Flight-critical tolerances held in serial supply, parts inspected First, Middle and Last, with material certs and FAIR on every batch.
Days, not weeks, to first supply.
Quotes in 24–48h, tool designs generated in days, and prototype-to-production measured in weeks.
Committed date on the quote, and the date treated as the contract.
The no-quoted part. The impossible cycle time. This is what we want to work with you on.
Injection molds, casting dies, press tools and fixtures, 2× faster to first shot, T1 report with every tool.
The machine nobody sells a catalog version of, proven at rate, on your parts, before it ships.
Machining, turning, EDM, fabrication and managed casting, 10–15 μm held in serial supply.
Cell prep to certified pack, build to print or build to spec, with aging and end-of-line test in-house.
EVs, drones, appliances and robots, brought together ship-ready, one PO, one stack.
PCB assembly, box build, system integration and test, up to MIL-STD-810 / 461 grade.
Quote in 24h, parts in 3–5 days, no minimums, same machines and inspection as serial production.
BLDC, axial-flux and MIL-grade motors, wound and dyno-proven in-house.
Injection molding, extrusion, blow molding and thermoforming, with the mold from our own tool room.
The tool behind the product.
Every class of production tooling, quoted with a committed date, simulated before steel is ordered, and proven with a T1 CMM report before it ships. Design is generated from your part geometry in days, then cut in our own tool rooms.
Purpose-built for the job.
Half the problems on a factory floor have no off-the-shelf machine. Describe yours, the feasibility read and budgetary quote are free, and the machine doesn't ship until it runs your parts, at your cycle time, with you watching.
Precision machining, to aerospace discipline.
Machining and fabrication in-house, casting and forging managed, one RFQ covers the whole part, and one vendor answers for it.
You spec it, we design and build it.
Tell us what the pack must do, duty cycle, envelope, environment, cost target, and we do the rest: architectures designed from our characterized cell and BMS library, simulated before they're built, built where they were designed.
From prototype to production, handled.
The step where hardware programs stall, turning a working prototype into a product that ships at rate, is the step we take off your plate. Every building block made under one roof, brought together on one line, tested as the product your customer receives.
Electromechanical by default.
Board, embedded systems, enclosure, harness and thermal path designed together, not a Gerber thrown over the wall, and volume is a slider, not a fork: same line, same BOM, same traceability from first article to rate.
For the part you needed yesterday.
Same floor, same machines, same inspection as serial production, it just skips the queue. No minimums, no hidden fees.
Fit the motor to the application, not the application to the motor.
Give us the drawing, or just the duty cycle, we design the electromagnetics to the load the machine will actually see, then wind, assemble and prove it on our own dynos.
The part and its tool, one vendor.
Injection molding, extrusion, blow molding and thermoforming, with the molds designed and cut in our own tool rooms, so the part and the tool that makes it answer to the same name.
CAD, a drawing, a spec, or just the problem, a NEMI engineer replies within one working day.
