3D models are typically created in CAD software. Solidworks, Fusion360, NX, Creo, and Inventor are among the most popular.
Good additive designs start here. If you have a print orientation in mind, try designing your part to reduce overhangs and islands. Our engineers are ready to talk to get your CAD designs ready for printing.
To take advantage of advanced geometric capabilities offered by 3D printing, nTop is a powerful software used to generate intricate lattice, perform topology optimization, and even custom supports. Lattice work generally reduces weight, lowering cost.
Medical devices benefit in particular from advanced lattice design to promote osseointegration.
A key part to printing success lies with an effective support solution. While our advanced FormUp 350 can minimize supports, they can still be needed to improve surface finish, or help mitigate issues due to thermal stresses by acting as a heat sink.
We leverage innovative support generation strategies to reduce required material and cost while improving surface finish.
With the part oriented and supported, it's time to bring it in to the slicer. This software splits the part into 30 micron layers and generates laser paths. Here, adjustments to parameters and build conditions promote successful production.
A successful build strategy is paramount to reducing cost and build time.
High quality images help visualize what final parts should look like before printing. These images can be highly effective for garnering feedback on the design when working with other interested parties.
Not only do renders help communicate the design, they also look great on websites and other marketing materials by capturing a realistic design without distractions.
Finally, your design is sent to the printer to be manufactured in Titanium! Nice work.
