REVOPOINT / Applications & case studies
A useful 3D scan is more than an object on a screen. It gives you a reference for the next design decision: where a new part should sit, which surfaces need to match and what needs to change.
Three creator projects shared by Revopoint show how REVOPOINT MetroY Ultra can fit into that process. Each starts with an existing object, but the goal is a new, usable design rather than a scan for its own sake.
These are supplier-shared creator examples, not tests carried out by Creality AU. The project images are reproduced with permission; results depend on the object, capture conditions and subsequent design work.
Cover image: Norbert Rovira / NormakeR: an automotive component and stages of the scan-to-CAD process. Image supplied by Revopoint.
1. Recover awkward automotive geometry
Curved panels, recesses and changes in thickness can be difficult to describe with a few manual measurements. In a project by Norbert Rovira, also known as NormakeR, MetroY Ultra captures a complex automotive component for further work in Fusion 360.
The value is the relationship between those surfaces. A scan provides a reference for rebuilding or modifying the shape in CAD, including areas that would be slow to sketch from scratch.
There is still design work to do. A polygon mesh is not automatically an editable, feature-based CAD model, and missing or obscured surfaces need to be addressed. Think of the scan as the starting geometry for reconstruction, not a finished manufacturing drawing.
2. Design a clamp around an existing device
Directed T3CH takes a different approach: scan a laser rotary device, then use its actual shape to develop a replacement clamp. This makes the scanner part of a redesign workflow rather than simply a copying tool.
The example uses MetroY Ultra CMM Edition, a ball plate and Revo Measure before the redesign in Fusion 360. It demonstrates why capture, verification and measurement are separate steps: each answers a different question about the part.
If your project needs dimensional inspection, check the selected package carefully. Do not assume every MetroY Ultra configuration includes the same verification accessory or software licence. Define the dimensions you must check and the tolerance you need before deciding on a setup.
3. Build a protective case that follows the object
A fitted case needs to accommodate more than a product's overall length and width. A clip, button or change in profile can determine whether the object sits properly inside it.
In another Directed T3CH project, a dark torch is scanned using different capture modes, then the scans are combined. The resulting geometry becomes a reference in Fusion 360 for a case with a flexible TPU insert, a rigid shell and a magnetic closure.
For your own project, use that digital reference to plan clearances and access to controls. Check key dimensions independently and make a small fit-test section where practical. A close-looking CAD fit does not account for every printing, material or assembly variation.
Explore REVOPOINT MetroY Ultra at Creality AU
Start by deciding what the scan must help you create. For mechanical work, list the critical mating surfaces and dimensions, then plan how you will clean, align and rebuild the captured geometry.
Compare the available REVOPOINT MetroY Ultra packages at Creality AU, including any software and verification accessories your job requires. If you are still comparing scanner types, our REVOPOINT buying guide is a useful next step.
View REVOPOINT MetroY Ultra packagesRead our REVOPOINT scanner buying guide →
Images supplied by Revopoint and reproduced with permission. Back to Guides & News