As I using 3d-scanner forged key, holding a skull, heart and gun

Manual

 - Wow, what else?
High-precision industrial optical scanner

 I decided potestit stationary 3d-scanner, as with a manual, I have already played dealt .

- And they basically scan?
- Teeth and jewelry. There? Go on.
- Um ... and easier? Something closer to hacking the practical tasks required in everyday life?
- Well, you bent the key to scan in the 3d-editor, straighten, and then either print the form for casting, either directly on the metal 3d-printer recreate.
- OK, if you just show how the process of scanning and editing, as well as metallic 3d-printer works I know, and form casting also already done.



(Warning, lots of photos)

TTX scanner h4> Scanning method - phase shift optical triangulation (Phase shifting optical triangulation)
Number of cameras - 2
Volume Scanning - 80x60x60 mm
Camera resolution - 1.4 megapixel
Accuracy ± 0.01 mm
The format of the output data - STL
googled price

Scanning Technology h4> Patent «Phase shifting optical triangulation»
en.wikipedia.org/wiki/Structured_light
en.wikipedia.org/wiki/Structured-light_3D_scanner



The principle of creating 3d-image surface of the interference picture used in the 3d-scanner on structured light.

The scanning process h4>

The key is attached to the platform, thanks to a special "cud».



The key is too shiny. First, it is necessary to cover the matte film.

Spray talc



Placed in the chamber to scan where it will twist-spins and photograph


Scanned object can be moved along two axes (oscillation and rotation).







Video of the scanning process.


Scanning takes about 10 minutes, and parallel 3d-model is shown in the program


Processing in the 3d-editor




Removed platform (but the "cud" remained)



More serious editor. Allows you to group area. Clear the model of "cud».



Almost ready to modify 3d-model.


While specialist machining model in 3d-editor, I looked around and found something curious

What I noticed more h4>

Printing on the basis of light-curing acrylate, one of the most accurate technologies


Liberator exploded



Liberator assembled (75% of the original size)





detail is striking (tree height 2 cm)

The layout of the city


Gypsum

Bus to treat a hand injury




They say that much easier adaptations of classic because it is easy and personalized

Skull 1


layout used in real neurosurgery



Skull 2 ​​


3d-models are based on X-ray images



Serdtse1


Serdtse2


It is not such as school textbooks on anatomy

Teeth


Dental use of 3d-3d-printers and scanners growing

Micro


3d-metal printers can work with incredible detail



"See you soon»

PS
Thank you to all the staff of the company, for what patiently answered all my questions and give me the time to share their experience of using modern devices steep. What else would you like the equipment to meet?