REVOPOINT / How-to & tips
A disappointing scan does not automatically mean the scanner needs recalibration. A useful first question is whether you are seeing a failed accuracy check, a capture problem or an issue introduced during processing.
This guide concerns compatible scanners used with the PC version of Revo Scan 6, including REVOPOINT POP 4 and INSPIRE 2. Do not transfer its menu example to Revo Metro or a standalone scanner's onboard interface. Use the instructions for your exact hardware and software version.
Featured image: Supplier diagram of POP 4. Confirm the exact scanner model before following its calibration instructions.
Check accuracy first; recalibrate if needed
Revopoint states that scanners are calibrated before leaving the factory. Its Revo Scan 6 manual recommends checking accuracy ahead of a scanning session and following the guided calibration routine if that check is unsuccessful. It also requires the PC to be connected to a power source during calibration.
Treat those as two different decisions. Checking helps you establish a starting point. Recalibrating is a response to the check, not a general-purpose repair for every untidy mesh.
Prepare a repeatable check
Confirm the scanner identity and installed software before beginning. Have the correct manufacturer-specified calibration equipment available, and follow the application's prompts rather than borrowing distances or board arrangements from another model.
As a workshop habit, leave yourself a short record: scanner, software version, date, check result and any action taken. This makes the next comparison more useful than relying on memory or on the appearance of a single finished model.
Choose the response that matches the evidence
Our practical triage checklist separates the check result from what happens during the project. It is a way to organise troubleshooting, not a substitute for the manufacturer's guided procedure.
| What you observe | Useful next action |
|---|---|
| The application's accuracy check fails | Follow its model-specific calibration guidance, then check the outcome before returning to the job. |
| The check passes, but capture loses its position | Investigate tracking, working distance, exposure and object stability. |
| The capture looks usable, but editing changes small features | Compare with the saved original before adding more smoothing or repair. |
| Results remain inconsistent or the check cannot be completed | Keep the error details and ask for help rather than repeatedly changing unrelated settings. |
A passed check is the beginning of the job
It does not certify every dimension of your next object or approve a part for its intended use. Keep the final inspection tied to the project: which surfaces matter, what size needs checking and what evidence the next person needs.
For a captured model that needs cleanup, continue with our conservative post-processing workflow. For measurement terminology, see accuracy, precision and point spacing. The MIRACO article discusses processing decisions; its device controls are not instructions for POP 4.
Keep the next support conversation specific
Save a screenshot of the message, the check result and the software version. Explain what changed between a successful session and the problem session. Share a small, non-sensitive example where appropriate, keeping your original project intact.
That evidence gives a support conversation a clear starting point. Avoid sharing customer geometry, confidential designs or serial-number screenshots publicly.
Build your REVOPOINT workflow with Creality AU
Choosing a scanner? View POP 4 and INSPIRE 2 product and package options at Creality AU. For help matching a setup to your project, contact our team with the object size and the output you need.
View product and package optionsTechnical references
Software illustrations are from Revopoint documentation; product diagrams are supplied by Revopoint. Interface details may vary with the installed version.