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Using Google SketchUp is a child’s play

Using SketchUp is child’s play! It is so intuitive that a child who has never seen Google SketchUp before manages to draw a table with a pot in: just 30 minutes ‘training’ included.

When I started using Google SketchUp mid 2009, I found it so easy that I used to say to everyone that my daughter of 9 years old would be able to design something in SketchUp. Last month, somebody asked me : “why can’t she try it ?”

So I took the challenge and …one evening, after supper, I launched Google SketchUp, called my daughter and showed the basic principles.
After 10 minutes  she took over the mouse, saying she was going to draw a table. 20 minutes later, she didn”t only have a colored table, but she managed to get a pot on the table as well.

FUN
To be honest, I was impressed by the speed she got familiar with the tools and her enthusiasm and fun she had during the modeling -the effect of the push-pull tool on her model made her laugh several times somehow-that I promised to 3D pri

Creating 3D printable objects with Adobe Photoshop CS5 Extended

In April 2010 Adobe released the new Adobe Photoshop CS5 Extended. One of the new features of that Photoshop version is the Repoussé, a tool that allows you to create 3D objects extruding texts, selections, paths and layers masks. To celebrate the CS5 release, Adobe 3D printed some souvenirs via i.materialise for the team that developed the Repoussé technology. Nikolai Svakhin, one of the Photoshop Developers, wrote a terrific tutorial on how to create 3D printable objects with Adobe Photoshop CS5 Extended.

Adobe Photoshop is the world’s leading graphics editing program. Its extended version basically adds 3D capabilities to the program. One of those exciting new 3D capabilities is called Repoussé.

“Repoussé is a new research system for the interactive enhancement of 2D art with 3D geometry. Repoussé creates a 3D shape by inflating the surface that interpolates the input curves. By using the mean curvature stored at boundary vertices as a degree of freedom, a user is able to ma

THE ROBOTS ARE BACK

i.materialise recently sponsored the price for the Doga CG robot contest in Japan, by 3D printing the winning design.

Hiro, our Japanese colleague, had the chance to meet the winner, Yuunagi – to give his price and to ask him some questions. You can read his answers below, along with some pictures of his 3d printed robot character.

Yuunagi is a 3d model hobbyist active in Computer graphics since 6 years. He creates amazing renders of robot characters.

Hi Yuunagi, Did you enjoy the contest and the award?


“It was a great challenge, open for everyone to participate, also for beginners. Those challenges are a great chance to sharpen your 3D modeling skills. I will participate in the next one for sure.”


What do you think on your 3D printing model?


“I was surprised and excited to win the challenge. It’s amazing to see how my design came alive as a real model. It’s fun to touch it. I heard 3d printing is used a lot in the industry, but it

Free stl viewer helps in making your model 3D print ready

MiniMagics can help you in making your model 3D print ready when you have a model in STL format.
A summary of the features of MiniMagics is available at the download site.

But especially 1 feature can allow you to save precious time.
A model has to be ”watertight” before we can 3D print it.
Watertight means that all edges of the triangles of which your model consists of need to have a mutual edge with another triangle.

When the model is not watertight, our i.materialise service might not be showing a price online.
Our server tries to ”fix” the uploaded model and make it watertight automatically but when the gaps between 2 edges of triangles is too big, the fixing process might fill up the hole in a way that it effects the geometry of the model too much. So we limit the fixing within the boundaries that it is safe to fix.

Why don’t we show prices for models that are not watertight ?

Models with bad edges or holes will produce incorrect price parameters and hence inco