Tips for Transferring 3D Models from OnShape to DipTrace

When working with 3D models in DipTrace, one potential issue that arises is the limitation of applying appearances to specific faces in OnShape. As a result, each different colored component, such as pins versus body parts, must be created as separate entities within OnShape. This may not pose a significant problem in OnShape itself, but when exporting the STEP file and importing it into DipTrace, issues can arise if there are too many parts.

For instance, I use OnShape primarily for 3D printing designs and creating rough models of components to be used with DipTrace. Occasionally, I also utilize DXF files from OnShape to import custom board outlines or pad shapes into DipTrace. This process works relatively seamlessly, allowing me to create complex 3D models that can be easily imported into my circuit board design software.

However, when working with large numbers of parts within a single model, the export and import process can become problematic in DipTrace. To avoid this issue, it's essential to understand the limitations of OnShape's appearance application and plan accordingly when creating 3D models for use in DipTrace. By being aware of these potential issues, designers can ensure that their 3D designs are transferred accurately and efficiently between the two software platforms.

Diptrace to solid works