How to add your logo to a scan in Meshmixer



In this post I'll show you the step by step procedure to add your personal logo to a digital scan in Meshmixer.

 1) Generate a 500x500 px black box in Paint or other imaging software






2) Add your personal logo


3) Open Meshmixer and import your scan


4) Select the surface where you want to put your logo


5) Click on Edit > Remesh or press R on the keyboard


6) Set these values and then click on accept

As you can see the result is an high density mesh

7) Go into Sculpt mode > Select Surface > Stencils > Click on the big plus button

8) Select your logo 

 9) Then click again on Stencils and select your logo

 10) Set these values


 and click on the surface to apply the logo


As you can see the result is great , especially if you generate an high contrast logo.

 If you want you can also apply a different kind of logo, with a solid base extruded and an intruded text. The step by step is the same, except for the logo file beacuse it has to be with a white background and a black text. For example.

The result is

I hope that you like this post and I ask you to share it with your colleagues and interested friends. See you soon!

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In this post we will see how to keep the quality of the mesh during the solid transformation of the scan in Meshmixer and how precise is this process. 1) First of all add a base to the arch scan: 2) Then select  make solid in the Edit section:  3) Wait for the preview loading and subsequently set Accurate for  Solid Type  and the maximum value for  Solid Accuracy  and  Mesh Density . Click on the Update button and the accept : The transformation process is complete. To prove the accuracy of the transformation, look at this series of images (the measurement is done by selecting the points by hand): Lenght A: 17,376 mm Lenght B: 17,301 mm Lenght A: 9,8342 mm Lenght B: 9,7897 mm Lenght A: 63,311 mm Lenght B: 63,213 mm From this comparison it is possible to notice how extremely minimal is the difference in terms of dimensions and also that the shape of the solid is perfectly corresponding to the original scan.
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