Armadillo Additive

DfAM

Design process

Getting a design ready for printing is a complex, rewarding process. Our engineers meet you wherever you are in that process and help carry it toward production.

01CAD

Good prints start in CAD

Every part starts as a 3D model, usually built in SolidWorks, Fusion 360, NX, Creo, or Inventor.

Good additive designs start here. If you already have a print orientation in mind, design around it and reduce overhangs and islands where you can. Our engineers are ready to talk through your CAD before it ever reaches a machine.

SolidWorks CAD model of a hip stem implant, shown with surfaces and a lattice region defined for 3D printing

02nTop

Lattice, topology, and custom supports

3D printing opens up geometry that traditional machining cannot touch, and nTop is how we use it. We generate lattice structures, run topology optimization, and build custom supports, all in the same software.

Lattice work cuts weight and cost. Medical devices benefit the most, since lattice surfaces promote osseointegration.

Animated nTop lattice structure generated for a 3D printed part

03Generate supports

Supports that pull their weight

Good supports make or break a print. Our FormUp 350 printers need fewer of them than most machines, but some parts still need supports, to improve surface finish or act as a heat sink against thermal stress.

We use support strategies built to cut material and cost while keeping surface finish clean.

Animated support structure generated beneath a 3D printed titanium tray

04Build manager

From model to laser path

With the part oriented and supported, it moves into the build manager. This software slices the part into 30 micron layers and plots the laser paths that build it.

Small adjustments to parameters and build conditions here decide whether a build succeeds, and how much it costs.

Build manager software nesting and slicing parts across a printer build plate

05Render

See it before it's printed

A high quality render shows what the final part will look like before it ever gets printed. That makes it easier to get feedback from everyone with a stake in the design.

Renders also give you a clean image for websites and marketing, without a real build's dust or lighting to work around.

Rendered image of a titanium hip stem implant with a porous ingrowth surface

06Production

Powder becomes a part

Finally, your design goes to one of our FormUp 350 printers and comes out in Grade 23 titanium or 17-4 PH stainless steel. Nice work.

Titanium hip stem implants freshly printed and still attached to the build plate

Start wherever your design stands

Send us a finished model or a napkin sketch. We will meet you where the design stands and help carry it to production.

Have a part in mind?

Tell us what you are building. We will help you figure out if metal 3D printing is the right way to make it, and quote it straight from your CAD.