Join the Creation Event for a Chance to Win a POP 3 Plus 3D Scanner!

[Revopoint-Jane]

Calling all Revopoint scanner users or anyone with a keen eye for items worthy of 3D scanning!

Share your creative talents for a chance to win a POP 3 Plus 3D scanner or other great prizes.

To Enter:

1. Follow: Join the @Revopoint forum.

2. Share Your Projects: Use the hashtag #Revo3Dscan in your posts.

• For Revopoint Users: Share a scan made with a Revopoint 3D scanner from a creative project. Here are some ideas:

1. A daily object you’ve repaired, like fixing a vintage item with missing accessories.
2. A creative piece you’ve reverse-engineered, such as a custom gadget or tool.
3. A model of a favorite figurine or collectible.
4. A project you think is creative.

• For Non-Scanner Users: Use your phone to take a photo of an item you think deserves to be 3D scanned. Here are some ideas:

1. A 3D printed creation, such as a custom-designed model or prototype.
2. A statue from a museum or a public art installation.
3. An art piece or sculpture you’ve made or admired.
4. A unique piece of furniture or decor item in your home.

Even without a scanner, you still have a chance to win first prize!

Prizes:

• First Prize: POP 3 Plus 3D Scanner
• Second Prize: Power Bank x 2
• Third Prize: High Visibility Marker Points x 10

Important Dates:

• Submit your entries by 10 PM EDT on August 30th.

• Winners will be selected by the Revopoint team and announced within 3 business days on our social media platforms.

Join now for the chance to win!

[This event is happening on multiple social media platforms.]

All participants shall be deemed as having agreed to the T&Cs: [Terms and Conditions of All Revopoint Contests - Contests - Revopoint 3D]

[Scan2Model]

#Revo3Dscan
This is one of the scans that I did for a model promotion company.
They place models for Artists, Photographers, TV and Film production etc.
The scan was done using a MIRACO scanner with the model kneeling on a large Revopoint Turntable.

[Scan2Model]

#Revo3Dscan
Red Robot
I used my MIRACO to scan this tiny red robot LED light.

I then brought the scan mesh into Rhino 3D from Revoscan5
This is the original scan mesh.

I then ran the Rhino 3D “Shrinkwrap command”, this “wraps” the original mesh in a new, more lightweight mesh.

Then I ran the Rhino 3D “Quadremesh” command, this converts the Tri mesh into an optimised Quadmesh.

I then converted the Quad Mesh into a SubD surface, so it can easily be optimised and topology reedited. I can add-reduce the amount of faces, add sharp edges etc.

you can see the white control points for editing.

These are all one click commands in Standard Rhino 3D Version 8.
This is my starting point for manual remodeling of the scan.

[Scan2Model]

#Revo3Dscan
Aircraft instrument Scanning and Modeling.
This is 3D scanning /modeling task that I did a while ago.
I used my MIRACO scanner to scan parts of an aircraft instrument panel, then Rhino 3D to create the 3D models from the scan.
The MIRACO worked very well on the unprepared, black surface.

[Andycap]

This is a Thunder tiger model helicopter engine that I scanned and 3d printed.

This was one of the first scans that i done using the Miraco scanner. I coated it in a mix of talc and IPA.

[Hellpanzer]

#Revo3Dscan
Hi, I am presenting my project, I want to make a 1/5 scale scooter.
I scanned all the pieces with the miraco.

I started with the frame, which wasn’t easy, I did them in single shoot

here is the resin rendering

Small view of blender to see the size

engine block scan

exhaust pipe made with magnetic markers

Lots of scanning in progress but here is a rendering after printing of all the scanner parts
resin print engine

[dfodaro]

#Revo3Dscan

I present my restoration/reconstruction project of a sculpture: a
16th-century cerubin head: the marble surface is finely carved, but heavily obscured by the presence of dirt, dust, and treatment residues. 3D scanning allows all details, tool marks, and damage to the marble to be highlighted.

Scanning with Revopoint MIRACO Scanner
near mode, artificial lighting, size: 25 cm ca

As you can see the sculpture is damaged and part of the nose is missing.

One of the possibilities of 3D technologies in the field of cultural heritage restoration is precisely to record by 3D scanning the shape and from that use it to reconstruct missing parts.

In this case I proceeded by printing a portion of the scan:

The next step was to reconstruct on 3D printing the missing part (using plasticine):

After that I scanned (again with MIRACO):

The next step was to make a 3D model of the missing part of the nose by performing Bolean subtraction operations between the scan of the reconstructed model and the one with the missing part:

I checked the consistency by aligning the reconstructed part with the complete 3D model of the sculpture:

At this point having obtained the reconstructed part (a kind of fragment of the original), it was necessary to verify the design by making the physical prototype:

Finally, This is the final patinated (faux marble) prototype:

As you can see, the result simulates a detached fragment that is repositioned on the original.

Update

Test run on the original sculpture in the Basilica of San Crisogono in Rome: the 3D printed reconstruction fit perfectly the lacuna.

Below, the test print I made is 1:2 scale, placed near to the original. This shows that if you work with the right tools and in the correct way you can work with in scale without this affecting the result. Working in scale (for 3D printing) means significantly reducing time and costs.

#Revo3Dscan

[mirkoferronato]

#Revo3Dscan Scan and modify a Sculpture for smaller replicas. REVOPOINT scanner