Mounts that fit. Proven before you tool up.
Send us the device and the wall. We design a custom mount, validate the fit and every clearance with our own geometry checker, and hand you manufacturing‑ready files in days — ready for injection moulding, CNC, or a machine shop at any volume, for a fraction of what an industrial design studio charges. (Just need a few? They 3D‑print cleanly too.)
A custom bracket shouldn’t cost like a product launch.
Most custom mounts come from one of two bad options: a studio that bills like you’re launching a consumer product, or a cheap CAD gig that ships an untested mesh and hopes it fits. We sit in the gap — studio rigor, gig speed and price.
Traditional industrial design $2K–$8K · 3–6 wks
- Priced for mass-production tooling you don’t need
- Slow revision loops — days per round
- Fit is checked by eye, then by a cut prototype
- You often don’t get the editable source files
MakeReady from $290 · 3–7 days
- One fixed price — then it’s yours to make at any volume
- AI-assisted iteration — many revisions per day
- Fit & clearance proven by a geometry checker, before you tool up
- You keep STEP, STL, and parametric source — no lock-in
Modeled is easy. We ship proven.
Validated, not just modeled
Every mount runs through our geometry validator — a contact graph that checks how parts actually touch, plus a swept-clearance probe that drives a finger or tool through the design looking for collisions.
We catch what renders hide
On our own flagship mount, the probe found a power button no finger could physically reach — in every early version. A pretty render never would have. We fixed it before a single part was cut or moulded.
Days, not weeks
AI-assisted parametric design means we iterate geometry in minutes. The flagship mount went through 24 logged revisions — the kind of exploration that would blow a studio’s budget on the first week.
Manufacturing-ready at scale
Files arrive with production tolerances, wall thicknesses, and draft baked in — ready for injection moulding, CNC, or a contract manufacturer, whether you make 1 or 10,000. Need a handful now? They 3D-print cleanly in-house too.
Every feature traceable
Each design is logged by part, feature, version, and orientation. You can see exactly what changed, when, and why — an auditable trail, not a folder of mystery STEP files.
You own everything
Delivered as STEP, STL, and editable parametric source. Resize it, fork it, send it to any shop. No subscription, no lock-in, no coming back to us for a 2 mm change.
From a photo of your gear to production-ready files.
Brief & free fit check
Send the device, the wall or surface, and any constraints. Within 24 hours you get a feasibility read and a fixed quote — no charge, no commitment.
Parametric design
We generate and iterate the geometry with AI-assisted CAD, tuning rails, clearances, vents, and cable paths against your real dimensions.
Validate the fit
The contact-graph and clearance probe prove that it seats, that ports and buttons stay reachable, and that nothing collides — before you commit to a production run.
Deliver & iterate
You get manufacturing-ready STEP, STL, parametric source, and an interactive feature viewer — ready for any factory. Revisions included until it’s right.
We test every design before it reaches the factory floor.
Most people making a custom mount eyeball a 3D picture and hope it fits. We don’t. Every design runs through an automated checker that behaves like your most demanding customer — it confirms the parts truly lock together, and that a real hand or tool can reach every button, port, and screw. If something can’t be reached, we find out on screen, not after you’ve paid for a production run.
Does it actually hold together?
We map how every part touches and supports the next. If a clip rests on nothing, or two pieces only look connected, it shows up here — the kind of flaw you’d otherwise discover halfway through assembling it on the wall.
the engineering name: contact graphCan a human actually use it?
We push a life-sized finger — plus cables, SIM pins and screwdrivers — right through the model and measure whether each one fits. Whether you can reach a button or plug in a cable stops being a guess and becomes a number.
the engineering name: swept-clearance probe| Design tried | What’s reaching in | Room there | Room needed | Result |
|---|---|---|---|---|
| First design, flush to the wall | Adult fingertip | 0.21 mm | 8.0 mm | CAN’T REACH |
| Added a side access hole | Adult fingertip | 1.05 mm | 8.0 mm | STILL TOO TIGHT |
| Same side access hole | A SIM-eject pin | 1.05 mm | 0.5 mm | REACHES IT |
Same design, two different tools, opposite answers. A bare fingertip can’t reach this power button — the Mac mini’s own body blocks the way, and no clever redesign gets around it — but a cheap SIM-eject pin slides right in. Most shops wouldn’t catch this until a customer complained. We catch it before you manufacture, and hand you the answer that works. Real numbers from our Mac Mini reference mount.
The Mac Mini wall mount that survived 24 revisions.
Our reference build is a wall mount for the Mac Mini — the same process every client gets, run in the open. Twenty-four logged iterations, each one validated, each one production-ready.
Fixed quotes. Files you keep. No retainer to get started.
Every project opens with a free fit check and a fixed price — you approve the number before we start. Anchor for reference: a studio quotes $2,000–$8,000 and 3–6 weeks for the same single part.
One device, one clean mount. The fastest way to a part that fits.
- 1 device / 1 surface
- Manufacturing-ready STEP + STL
- Fit & clearance validation
- Production tolerances spec’d
- 2 revision rounds
The full treatment — parametric, documented, and provably accessible.
- Everything in Single Mount
- Full validation report (contact + swept clearance)
- Editable parametric source
- Interactive feature viewer
- DFM review — moulding / CNC
- 3 revision rounds
One parametric family that fits a whole range of devices or sizes.
- Parametric family across variants
- Per-variant validation
- Hosted interactive viewer
- Full provenance trail
- Commercial / resale license
- Unlimited revisions in scope
For MSPs, AV installers, and resellers building a mount catalog.
- Ongoing design queue
- Priority turnaround
- Your branding on deliverables
- Volume & batch pricing
- Quarterly catalog reviews
The honest answers.
How can you be this much cheaper than a design studio?
Studios bundle a full product-development engagement — weeks of billable revision loops, research, and overhead — into every quote. We use AI-assisted parametric CAD to iterate in minutes instead of days, then spend the saved time on validation. You get the same production-ready output — DFM tolerances and a clean STEP any factory can run — without paying for the studio around it.
What does “validated” actually mean?
Two automated checks run on every design. A contact graph confirms the parts touch and support each other the way they’re supposed to — nothing floating, nothing relying on a press-fit that isn’t there. A swept-clearance probe drives a finger or tool through the model to confirm ports, buttons, screws, and cables stay reachable and nothing collides. You get the report, not just a thumbs-up.
What do I need to send you?
The device (make/model is usually enough — we’ll source or measure dimensions), where it’s mounting and how, and any must-haves: cable routing, ventilation, security, viewing angle. Photos and rough measurements are plenty for the free fit check. Have a STEP or scan? Even better.
What files do I get, and do I own them?
STEP for any manufacturer, machine shop, or CAD tool; STL for 3D printing; and the editable parametric source so you (or anyone) can resize and modify it later. You own all of it outright. Product Line and Retainer tiers include a commercial/resale license.
Can these be manufactured at volume?
Yes — that’s the point. Every part ships as a production-ready STEP with DFM tolerances, so you can hand it to an injection moulder, a CNC shop, or a contract manufacturer and run 10 units or 10,000. For prototypes and small runs the same files 3D-print cleanly, and we can arrange a printed sample or short batch on request.
What if it doesn’t fit?
Revisions are included in every tier, and the validation pass exists precisely to catch fit problems before you commit to production. If a delivered, validated part genuinely doesn’t fit the spec we agreed, we fix it at no charge.
Tell us what needs mounting.
Send the device and the wall. You’ll have a feasibility read and a fixed quote within 24 hours — free, no commitment.