Option one
Do without
The design doesn't get validated physically. Problems surface later, in tooling or in the field, where they cost an order of magnitude more to fix than they would have on a bench.
Businesses & engineering teams
The prototyping capability you don't have to buy.
Reverse-engineering legacy tooling. Fixtures with no drawings left. An iteration loop moving faster than your supplier can quote. These are normal problems for a small engineering team, and the tools that solve them are priced for companies twenty times your size.
Where most teams land
Three bad options and no good one.
The barrier to industrial-grade prototyping has never really been knowledge. It's capital. Industrial scanners, engineering-grade printers and the expertise to run both sit behind an investment that small and mid-size manufacturers can't justify against the number of parts they actually need — which is the single most cited constraint in the industry.
So teams end up choosing between three compromises:
Option two
Buy something in-house
A desktop machine covers the easy parts, and it's genuinely useful for those. But the jobs that actually needed capability — the no-drawings part, the material that has to survive under a hood — are the ones it can't reach.
Option three
Juggle vendors
One shop scans, another models, a third prints, a fourth machines. Every one of them has its own quoting system, its own documentation and its own lead time — and the coordination overhead quietly becomes someone's job.
The documented answer is the obvious one: rather than building everything in-house, bring in a partner who already has the equipment and the expertise. That only works, though, if the partner is close enough to talk to and small enough to care about a job that isn't a production run.
That's the gap we're built for — expert-level capability, on engineering-grade equipment, available to teams who need six parts rather than six thousand.
In-house
What's actually on the floor.
Not a broker listing. This is equipment we own and run ourselves, which is why we can tell you on a call whether your part is a problem.
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- Scanning
- EinScan Rigil — palm-sized bracket through to full vehicle scale
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- Printing
- Bambu Lab H2D — engineering-grade materials, not hobby filament
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- Materials
- PLA, PLA Pro, PETG, PETG-CF17, ASA, Nylon
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- CAD
- In-house rebuild, with specialist help pulled in where a part warrants it
Material selection is treated as an engineering decision rather than a dropdown. The toughest material on the shelf is usually the wrong answer, and picking badly is how prototypes fail for reasons that have nothing to do with the design. Our reasoning is written up in the materials guide if you want to see how we think before you call.
Beyond the bench
When a job runs past what we do in-house.
Scanning and printing are what we own. They aren't the whole universe of ways to make a part, and we're not going to pretend otherwise — sometimes the right answer is machined aluminium, or a run large enough that printing stops making sense.
For those, we work through a vetted network of Texas fabrication partners and independent engineers, brought in by what the job actually needs. What that changes for you is the coordination, not the capability — one quote, one point of contact, one person accountable for the whole thing, instead of four vendors and a spreadsheet tracking which one is late.
Whether a job is a fit is a five-minute conversation. If it isn't, we'll tell you that too, and usually point you at who should be doing it.
Working together
What the second job looks like.
The first job is a conversation and a quote. After that, the overhead should drop — otherwise you've just acquired another vendor to manage.
Client portal
Quotes, files and invoices in one place
Repeat work runs through a portal account, so revisions, approved quotes, order history and the files themselves stay together instead of scattered across an email thread that three people are searching separately. Find the part you had made last March without asking anyone.
Files
You keep the models
The models we build for you are yours. We hold a working copy for twelve months so a revision doesn't mean a rescan, and you can take the files anywhere — to another shop, to a moulder, in-house. There's no lock-in in the file format or the relationship.
Turnaround is quoted per job rather than promised in the abstract, because a bracket and a turbo housing aren't the same week of work. What doesn't move is the reply: every enquiry gets an answer within one business day, including the ones we turn down.
Scope
What we don't take on.
We do not reproduce, modify or produce any part whose failure could disrupt a safety system, cause injury, or cause a loss of control.
That rules out brakes, steering, suspension, fuel systems, restraints, load-bearing structure and anything in the intake tract — and it holds for marine and aviation work on the same reasoning. Trim that sits in an airbag deployment path is engineered to break a specific way, so that's out too. Those are illustrations of the standard, not the limit of it.
We also won't reproduce anyone's logos or badges, and we'll ask about intended use before quoting. If you're not sure which side of the line your part falls on, ask — it's a quick answer and we'd rather have the conversation early. The full standard is in our terms and conditions.
Why us
Four things that are different here.
None of these are hard to claim. All of them are easy to check, which is the point.
You know who's making your part
Not a quoting portal and not a queue. You talk to the person who runs the scanner, before the job and during it. When something needs a judgement call, the judgement call gets made by someone who has seen your part.
The price you approved is the price you pay
Fixed quote before the work starts. Hours are how we build the estimate, not how we bill you. If a part needs more work than we quoted, we come back and ask — we don't add hours to an invoice you've already agreed to.
Someone checks whether the part survives its job
A broker prints the file you sent. We'll ask where the part lives, what it's bolted to and how hot it gets, and tell you if the material is wrong before it's printed rather than after it deforms. That review is included, not a line item.
You find out early when something's wrong
Scans fail. Parts arrive worse than the photos suggested. Geometry turns out to be unreachable. You'll hear about it the day we find out, with what it means for the price and the date — not in a status update at the end of the week.
Start here
Tell us what you're working on.
Enough to know whether it's a fit is usually a few sentences and a photo. Every enquiry gets a reply within one business day.