File Preparation Design Guidelines

Accepted CAD File Types

What to Send Us: CAD Files and Drawings

All of Azoth's manufacturing processes start with a digital model. Native files from SolidWorks (.SLDPRT) and Autodesk Fusion 360 (.F3D) are best so that no details get lost in translation. Likewise, a STEP file is a universal format compatible with all CAD software and is ideal to submit (.STP or .STEP).

Along with the CAD file, send the material, quantities, application, tolerances and finishing requirements. Include a 2D drawing or blueprint if one is available.

File Preparation Rules

STL Resolution

If CAD files are not available, an STL file is accepted across all additive manufacturing. An STL is a tessellated model that approximates the original design. Too low a resolution will look faceted and jagged; too high won't increase quality and makes the file size unwieldy.

Single-Part Body Files

Send each part as its own file with one solid body. A file that holds several bodies or a full assembly makes it unclear which geometry should be reviewed and built.

Critical Features

Mark the features that matter most to fit and function, with their tolerances, on the drawing. That lets our engineers plan the process and the inspection around them.

File Preparation Pre-Flight Checklist

Review this list before you send your part.

• The file is a .sldprt, .f3d, .step, .stp or .stl
• A native SolidWorks or Fusion 360 file, or a STEP file, is used where one is available
• Any STL is exported at a resolution that looks smooth without making the file unwieldy
• Each file holds one part as a single solid body
• Material, quantities, application, tolerances and finishing requirements are included
• Critical features and their tolerances are marked on the drawing

Next Steps in the Azoth Workflow

The steps that can follow File Preparation in Azoth's vertically integrated workflow.