The shipping container for American machining.
American shops are world-class at cutting metal. They lose in the weeks around the cut. Praetore does that work once, centrally, and runs every job across a network of independent shops on one standard.
Two days of cutting. Twenty-five days of everything else.
US spindle time is roughly at parity with anywhere in the world. The gap is everything around the cut: quoting, DFM review, programming, fixture design, setup, first article, inspection paperwork and the coordination between them.
Those are skilled engineering hours — exactly the input low-wage countries win on, and exactly the one America is short of.
America doesn’t lose at cutting. It loses at everything around the cut.
Three fixes, each aimed at the wrong layer.
None of them removes the duplicated engineering — and that is where the twenty-five days live.
Faster search
Marketplaces
They made finding a shop faster. Every shop on the other side still quotes, programs, designs its own fixtures and writes its own inspection reports.
One programmer, faster
Shop software
AI CAM copilots work, one seat at a time. The same engineering is still done from scratch in thousands of buildings, for near-identical parts.
New buildings
Superfactories
Engineering and machines under one roof. It works — at the speed of construction loans, and in competition with the shops already standing.
The move none of them make: centralize the engineering, distribute the cutting.
One engineering core produces complete, machine-ready work. Independent shops contribute what they’re world-class at: spindle time, machine ownership and craftsmanship.
Containerization didn’t make ships faster.
It standardized the interface between cargo and vessel, and global trade reorganized around the standard. The box wasn’t the innovation. The agreement about the box was.
Machining’s container is the Job Packet plus one workholding standard: twelve artifacts, complete enough that a shop that has never seen the part can run it without a phone call.
Capacity can move
Any qualified shop can run any packet, so a job moves when a machine goes down. That is what makes a guaranteed date possible.
Shops join in weeks
A shop adopts the workholding standard and passes a test part. Onboarding takes two to three weeks, with no engineer to hire and no machine to buy.
Batching works
Parts from different customers that share material and fixturing run in one setup. No single shop sees enough orders for that. A network does.
Three things changed, and none of them is reversing.
- 01
AI CAM became real
Toolpaths that took a programmer hours now take minutes with human review. That makes a central engineering core economical for the first time.
- 02
The labor shortage became structural
Shops can’t hire programmers; the people who know how are retiring. For many shops, not needing one is the difference between continuing and closing.
- 03
Reshoring demand outran coordination
Defense, energy and industrial buyers want domestic supply. They can’t buy it efficiently from tens of thousands of separate shops. The demand arrived before the interface.
Four phases. We are at the front of the first one.
- Phase 01We are here
Prove the container
- Write the Job Packet and workholding standards.
- Bring the first shops onto the standard.
- Run one part family across shops, with no shop-side programmer.
- The test: one packet runs on two shops’ machines and hits date and print both times.
- Phase 02
One region on the standard
- Enough shops in one region that rerouting is routine.
- Guaranteed dates priced from the Ledger’s delivery record.
- Cross-customer batching, with the savings split three ways.
- Phase 03
The standard spreads
- More regions.
- New processes — turning, 3+2, larger parts — each added once we can verify it.
- Packets built for defense sustainment, energy and medical work.
- Phase 04
Infrastructure
- Packets become how American precision parts are bought: one interface, thousands of shops, one accountable manufacturer.
- Surge capacity as a product — commercial demand keeping critical capacity warm.
What we will never become.
Four commitments you can hold us to.
A bid marketplace
We never send a shop an RFQ. If a shop has to price the work, nothing has changed.
A software vendor
Our software runs our floor. It isn’t sold by the seat — our job is shipping parts on the date we promised.
A competitor to our shops
We don’t buy production machines that compete with the network. Metrology and test capacity are the one exception.
A squeeze on shop rates
A shop’s data wins it work. It is never used to negotiate that shop’s rates down.
We’re building one engineering core and one standard for thousands of independent American shops — so buying precision parts at home is faster and more certain than buying them anywhere else.
Press or investor inquiry? Write to us.
Send us a part
Upload a CAD file. We engineer it once, and every run after — at any shop in the network — is the same part. Catalog parts are priced in minutes; custom work is quoted within two business days.
Run jobs, not quotes
We send American shops programmed, verified jobs. No quoting, no programming, no fees — and you’re paid on delivery.