We turn ideas into parts you can hold.
Most projects start with a conversation about what you're trying to make. From there it's mechanical design, rapid prototyping, or both, depending on where you're starting. If all you've got is an idea, we'll design it. If you already have a design, we'll print it.
Mechanical Design
Optimized mechanical design tailored to your needs, whether you start from a napkin sketch or an existing design. We turn concepts into CAD that's ready to manufacture in four simple steps.
- Can you make a part for me?InboxMMarcus Hale9:02 AM
I've got an idea for a part in my head, but no drawings or anything. Is that something you can work with?
RRemote9:15 AMDefinitely. That's how a lot of projects start. Tell me what you're picturing and we'll take it from there.
MMarcus Hale9:21 AMAwesome, thank you.
RRemote9:24 AMHappy to help. I'll put together a first concept and send it over.
Step 01Discovery
We work closely with you to understand the application, requirements, and constraints. That can include brainstorming, concept ideation, and early sketches to shape the direction before we model anything.
- C01-Bracket.sldprtC01-Bracket (Default)HistorySensorsAnnotationsSolid Bodies(1)Material <CF-PETG>Front PlaneTop PlaneRight PlaneOriginSketch1Base-Extrude1Rib1Cut-Extrude1Hole Wizard1Fillet1IsometricXYZStep 02
Design
From there we turn those concepts into viable CAD designs, modeling the real, precise geometry of the part.
- Your first conceptReviewRRemote10:02 AM
Here's the first concept. Have a look and let me know a good time to hop on a call and go through it together.
C01-Bracket.pdfFirst conceptMMarcus Hale10:31 AMLooks great. Does Thursday at 2 work?
RRemote10:38 AMThursday at 2 works. Talk then.
Step 03Iteration & Refinement
Once there's a preliminary design, we review and refine it with you until it meets your expectations. We can run simulations or mock-ups to test functionality, manufacturability, and assembly.
- Shelf Bracket · Final filesMShared with Marcus HaleSTEPC01-Bracket.STEP3D CAD model · 2.4 MBSTLC01-Bracket.STLPrint-ready mesh · 1.1 MBPDFC01-Bracket-Drawing.PDFTechnical drawing · 340 KBDXFC01-Bracket.DXF2D drawing · 88 KBStep 04
Finalization & Delivery
When the design is final, we prepare it for prototyping or manufacturing, optimized for the chosen material and process, and hand off the CAD files and technical drawings ready to build.
Designs we've
worked on
- Torque-Fixture.sldasm
IsometricXYZTorque Fixture
A fixture that measures torque through angular rotation, holding an assembly steady while it's turned to a set spec. Built so every part gets tested to the same number on every run.
- Golf-Swing.sldasm
IsometricXYZGolf Swing
A training mechanism built to strengthen the muscles a golf swing runs on, guiding the body through the motion so a golfer works the exact movement they play with. We took it from a rough concept to a finished, printed piece that moves the way a real swing moves.
- MP9-Display.sldasm
IsometricXYZMP9 Display
A display stand with a base that holds a firearm and its magazines, designed to show the piece exactly the way it should be seen. Shaped to the pieces it carries and printed to sit clean and steady on a desk, a dresser, or inside a safe.
- V01-Shelve.sldasm
IsometricXYZShelve
A mounting bracket with dampening built into the part itself, so it carries its load and takes vibration out of the mount as one piece instead of two. Designed to spec and printed ready to install.
Every model shown here is the real CAD we designed.
Rapid Prototyping
Rapid prototyping means faster development, lower cost, more design flexibility, and the chance to test and validate before committing to full production.
Fast lead times, high-quality printing
A wide range of engineering-grade materials and colors to match your needs. Simple or complex, prototype or production part, we can have it in your hands in as little as a few days. Maximum build volume 9.5 x 8.25 x 8.25 in.
Manufacturing capabilities
In-house printing is backed by a network of trusted manufacturing partners, so we can produce prototypes using methods beyond 3D printing when that's the better fit.
Test, iterate, and validate with confidence
Quickly test multiple design iterations, catch and correct errors early, and refine the part until it meets your needs before you commit to full production.
Materials we
print the most
Nylon
Tough and flexible with good chemical resistance.
Nylon-CF
Carbon fiber nylon, stiffer and more heat resistant.
Polycarbonate
High strength and heat resistance with a little flex.
PC-CF
Carbon fiber PC that's stiff and stable.
Polyurethane
Flexible and rubber like, bends and absorbs shock.
Polypropylene
Light, with great chemical and fatigue resistance.
ABS
A tough classic plastic that's easy to finish.
ABS-CF
Carbon fiber ABS with a clean, matte finish.
PETG
Strong, with good moisture and chemical resistance.
PETG-CF
Carbon fiber PETG, rigid with a matte finish.
PLA
Easy to print and accurate for concept models.
Not sure which one you need?
Tell us what you're trying to make and we'll figure out the right path, design, prototyping, or both.