Hi everyone! Here’s my unboxing video of the brand-new Inspire2. We’ll take a detailed look at what’s included in both the Standard and Premium versions of Revopoint’s latest release, and go through all the technical features of this scanner that has truly shaken up the market with its unbelievable price for a Laser Scanner!
P.S.
The video is in Italian, but you can turn on English subtitles from the YouTube menu.
Want to create custom mounts for your power tools easily and quickly? 
Now you can, thanks to 3D laser scanning with the Revopoint Inspire 2!
In this first video, I’ll show you step by step:
How to perform an accurate 3D scan of your drill
How to process and clean the scan data to get a perfect 3D model ready for Fusion
How to prepare everything for designing custom mounts
This is Part 1 of 2! In Part 2, we’ll see how to import the model into Fusion, design the supports, and prepare them for 3D printing.]
Perfect for makers, hobbyists, and DIY enthusiasts who want to easily and quickly design custom mounts.
The video is in Italian, but you can select the English audio track from the video menu.
Awesome, thanks for your hard work 
Mini Bluetooth Keyboard – 3D Scan with Revopoint Inspire2
3D scan of a fully black plastic keyboard made with the new Revopoint Inspire2, without any surface treatment or spray.
The scan was performed in Laser Mode, using Global Marker Tracking and the Black Object mode, specifically designed for dark surfaces.
The process was divided into two separate scans, rotating the object 180° to capture both opposite sides in full detail.
Once both point clouds were captured, they were merged at 0.15 mm, then cleaned to remove unnecessary parts and any isolated or overlapping points.
Before merging, the marginal areas — those less visible and not perfectly scanned — were trimmed out to avoid noise that could affect the model quality.
After cleaning, the two scans were successfully combined using the Merging function in Revo Metro, with no alignment issues.
Finally, the mesh was generated using a 0.15 mm grid with automatic hole filling.
The resulting model is perfectly aligned, with clear and well-defined details throughout.
The Laser Mode proved to work exceptionally well on black plastic objects — no surface treatment needed, and no tracking problems during the scan.
Really impressed by how Inspire2 handled this challenging surface.
Next, I’ll share a short video showing the full scanning workflow.
If you’re planning to get an Inspire2, you can use my exclusive code RevoDaniele — it gives 8% off now and 3% off during sales.
Very nice work Daniele , the scan is very smooth ! Thanks for sharing !
Thank you so much, Chatarina.
Mini Bluetooth Keyboard - Full Workflow Video (Inspire2 | Laser Mode)
Here is the full scanning workflow video for the black plastic mini keyboard I showcased earlier. In the previous post I shared the final result - and as promised, this video shows the entire process step-by-step, from scanning both sides to merging and generating the final mesh directly in Revo Metro.
If you’re planning to get an Inspire2, you can use my exclusive code RevoDaniele - it gives 8% off now and 3% off during sales.
Hi,
thanks for your Work!
I wait for the secand Part 
My Inspire2 comes at Friday 
Hello @Ispanico97
When can we expect the second part?
I’m very excited to see how you do it…
Best regards
Resin statue representing a woman’s face between two hands.
The statue measures 64 × 61 × 162 mm and was scanned using Revopoint Inspire 2 in structured light mode, high accuracy, generic object preset.
The scan was completed in a single session, with three scanner repositionings to capture all angles.
The object was placed on a turntable.
The point cloud was merged in RevoMetro with a point distance of 0.1 mm. After a very quick cleanup of isolated points, still in RevoMetro, the mesh was generated with a 0.08 mm mesh resolution and automatic hole filling.
The final mesh turned out complete and well defined in every detail.
The file was then exported, loaded into Bambu Studio, and 3D printed, resulting in a faithful copy of the original object.
This scanning mode, synchronized with the Dual Axis Turntable and controlled directly from RevoMetro or the smartphone app, makes the process almost fully automatic. The only manual action required is adjusting the scanner height between scans.
It is a very suitable solution both for users approaching 3D scanning for the first time and for those who prefer to let the software handle most of the workflow.
I hope you like the result.
What do you think about this workflow with Inspire 2 and RevoMetro?
Thanks for sharing Daniele !
Looks like we use the same desktop arm
My favorite …
After a short break due to a PC upgrade, I’m back with some new scans to share.
3D scan of a cordless high-speed rotary tool, measuring 218 × 39 × 51 mm (including the bit).
The scan was performed using Revopoint Inspire 2 in laser mode, with 0.15 mm point distance, marker tracking, and the generic object preset, in two sessions, rotating the tool 180° between scans.
The point clouds were merged at 0.15 mm. After removing overlapping and isolated points, I cleaned the boundary areas (support and bottom zones where the point cloud is less defined), then joined the two scans using the Merge function in RevoMetro.
This cleanup step is important to avoid artifacts in the final mesh (the typical rough “orange peel” surfaces that can appear when scans are not properly prepared before merging).
The merged model was further optimized, and the final mesh was generated with a 0.15 mm grid size and automatic hole filling.
The result is a clean and detailed model, accurately capturing everything from the tool body geometry to the bit mounted in the chuck.
Inspire 2 keeps impressing me, especially with the latest version of RevoMetro, which brings scanning speed close to 90 fps.
What do you think?
