REVOPOINT / How-to & tips
A scanned surface contains many points, but a useful measurement usually needs a clearly defined feature: a mounting plane, hole centre, shaft axis or other reference. Feature creation turns that cloud or mesh into geometry you can reason about.
Revopoint's second Revo Measure tutorial concentrates on those geometric foundations. The workflow below is a planning and checking guide, not a version-specific button sequence or a guarantee that every advertised tool is available under every licence.
Cover: Supplier introduction to creating geometric features from 3D data.
1. Start with the measurement question
Write down what you need to know before selecting anything. For example, are you comparing two mounting planes, locating a hole centre or checking the relationship between a shaft and a seating face? Each question needs appropriate reference geometry.
Inspect the relevant scan regions for adequate coverage and unwanted data. Avoid building a feature from a repaired or incomplete area without understanding its limitations. A neat fitted shape is not proof that the original surface was captured correctly.
2. Fit a feature to the intended surface
Use a plane for a genuinely planar region, a cylinder for a suitable cylindrical surface and a sphere where that geometry is appropriate. Select enough relevant data to represent the feature while excluding nearby chamfers, supports and unrelated faces.
For a circle associated with a hole, be clear whether you are evaluating an edge or a section. Check the highlighted region and the fitted result before accepting it. If a fit looks wrong, revisit the selected data rather than changing the intended geometry to force an answer.
3. Build meaningful reference relationships
A fitted cylinder can provide an axis, and other features can provide centres or reference directions. Use these relationships deliberately rather than measuring between convenient screen positions. Name the features so another person can identify the same references.
Before interpreting a distance or angle, confirm the coordinate system and alignment method used for the task. Keep the underlying selected geometry visible during checking. Changing a reference can change the reported relationship even though the scan itself has not changed.
4. Check capability and keep the result traceable
The source email groups additional CAD import, section and alignment capabilities with an upgrade message. Do not assume an existing base licence includes that entire package. Confirm your installed version, edition and any required add-on; current manufacturer feature information also distinguishes paid and Basic capabilities.
Save the scan, feature definitions and reference choices together. Check important dimensions against an appropriate independent method and record remaining uncertainties. Feature creation makes measurement more structured, but cannot remove capture error or turn an unverified model into certified inspection evidence.
Build your REVOPOINT workflow with Creality AU
A useful first exercise is one plane and one cylindrical feature on a familiar part, checked against reality. Explore Revo Measure and confirm the precise licence and tools needed for your own workflow.
View products and package optionsImages supplied by Revopoint and reproduced with permission. Supplier and community examples are not independent tests by Creality AU. Back to Guides & News