
At nat, we are conducting interoperability testing to ensure that data captured using our 3D scanning app, " Scanat," can be seamlessly utilized in practical applications.
In this article, we’ll show you how to import Scanat into the CAD software “Vectorworks” and efficiently calculate elevation differences on a building site.
When there is a significant distance between the road and the building site, traditional measurement methods used to be very time-consuming.
The standard procedure involved using a rotating laser level to remeasure survey points and machine installation points several times, plotting the elevation differences on drawings, and finally calculating the final values.
Since the position had to be fixed each time a machine was installed, at least two workers were required, and coordinating schedules was a significant burden.
There is no need to reinstall the machine, and the task can be performed by a single person.
Work efficiency has improved to about one-fifth of what it was previously.
The steps for importing Scanat USDZ data into Scanat are as follows:
1. Select "Import USDZ (3D)" from the menu
Open the "File" menu in the upper-left corner of the Vectorworks screen, then select "Import USDZ (3D)" from the "Import" submenu.
Once the relevant data appears, click "Open" in the lower-right corner.

2. Review the import options and click OK
The "USD Import Options" dialog box will appear.
Review the settings and click "OK."

3. Import Complete: Checking Elevation Differences
The 3D data is displayed on the drawing.
By referring to the elevation data for each point, you can easily check the elevation differences on the site and reflect them in the drawing.

The potential applications Scanat extend far beyond simply capturing elevation data on a site.
For more information about the integration Scanat and Vector Works, or to request a demonstration, please feel free to contact us at
.