CAD & Engineering — 3D Design That Actually Manufactures

Custom brackets, mounts, and enclosures. Anything that has to hold something else in place — a phone in a car, a sensor on a robot, a battery in a drone. We design in parametric CAD so if the phone changes model or the sensor grows a millimeter, we can update the file in minutes instead of restarting.

Replacement and legacy parts. Send us a broken part or a scan and we will rebuild it as a clean CAD model — accurate, editable, and print- or machine-ready. If you would like the geometry redesigned to be stronger or lighter than the original, that is part of the job too.

New product concepts. If you are launching a product and need everything from initial sketches through DFM (design for manufacturing) and pilot tooling, we can be your engineering partner from day one. We work in SolidWorks and Fusion 360, and we deliver STEP, IGES, native, and drawing files.

Assemblies and mechanisms. Multi-part designs with real interfaces — hinges, snaps, threaded fasteners, tolerance stackups. We simulate motion, check clearances, and make sure the parts fit before you spend money on the first prototype.

It starts with a conversation. Even a paragraph of text and one photo is enough to begin — what should the part do, where does it go, what is it attached to, how many will you need? We come back with clarifying questions and a fixed quote for the design work.

Concept and review. We build a first version of the model and send you renders. You look at it, tell us what to change, and we iterate. Most jobs need one or two review rounds. Because the file is parametric, changes cost hours instead of days.

Design for manufacturing. Once the shape is right, we tune it for the process you are using. FDM parts get thicker walls in the right spots, fillets to reduce stress, and orientation-friendly features. CNC parts get proper draft, generous internal radii, and standard tool sizes. Molded parts get uniform wall thickness and draft everywhere.

Deliverables and handoff. You receive the working file (STEP is the industry standard), a native file if you use SolidWorks or Fusion 360, plus 2D drawings if the part will be inspected or machined by a third party. If we are also making the parts, everything is already lined up for production.

Every one of our designers has spent thousands of hours watching parts come off the printers and mills. That means when we draw a feature we already know how it will behave in production — where supports have to go, where the tool cannot reach, where a wall will warp. Designs from an office-only CAD firm often look great and print badly. Ours are drawn by people who will also have to make the part.

We are also happy to work with your existing supply chain. If your machine shop is in another state and prefers a specific file format, drawing standard, or set of tolerances, tell us — we will match their conventions so the handoff is clean.