Tips and tricks
Macros for Efficiency
Create macros for your most common correction/modification combinations to minimize adjustments. Macros can contain multiple settings, yet all can still be modified after application.
Insole Shape Modifications
When working with Printing: Solid devices:
- Top design changes automatically affect the plantar design
- To modify only the plantar design, you must specifically select it
- Changes to the plantar design don't affect the top part
2D Scan Calibration
To calibrate 2D scans to the correct size:
- Select the 2D scan
- Click on Scale 2D
- Click a starting point (e.g., 0 on a ruler)
- Click an end reference point (e.g., 10cm mark)
- Type the actual length in mm (e.g., 100) and press Enter
- The distance between points will now be exactly as specified
Element and Sink Positioning
Modify shoe size before positioning elements or sinks. Otherwise, they'll scale with the shoe size, requiring repositioning.
Element and Sink Adjustments
When fine-tuning elements from side, front, or rear views:
- Keep bottom points at their vertical position to prevent elements from "floating" or disappearing
- For sinks, maintain the vertical position of top points
Element and Sink Visibility Improvements
When precise element or sink positioning is difficult:
- Use transparency mode
- Hide the insole entirely to better view positioning relative to 2D scans, pressure plates, or 3D scans
Optimizing Element Splitting
When using multiple elements with automatic splitting for hardness zones:
- Processing time increases with each element
- Disable splitting for elements that don't need to create hardness zones to reduce processing time
Regional Total Contact
For specific heel cup shapes, use Prefab 3D insole with regional total contact. This creates total contact in selected areas (like the arch) while maintaining your preferred device design.
Text Visibility for 3D Printing
When adding text to a Printing: Solid device on medial/lateral sides, use the Emboss setting to make text stand out more clearly.