ParaNorman takes 3D printing for film one step further.

Sketches of Normans facial expressions
Early design sketches of Norman
3D Printed facial expressions
Facial expressions are printed out in colour on Lakias 3D printers
Final facial expression as seen in ParaNorman
Final facial expression as seen in ParaNorman

 

Puppet faces being removed from machine
Puppet faces being removed from machine
Actor comes face to face with on screen persona
Actor comes face to face with on screen persona

 

In 2009 stop motion animation Coraline introduced  the world to 3D printed stop motion character models, offering unparalleled levels of detailing to both character expressions and film backdrops, above all 3D printing allowed stop motion animations to finally hold their own in a CGI dominated market. Next Friday (14/09/12) the latest instalment from the 40 man team at Laika, ParaNorman, hits cinema screens across the UK and Ireland.

When creating Coraline 3d printing allowed the team at Laika to create some 200,000 possible facial expressions for the films leading character resulting in greater emotional range and smoother lip syncing, in comparison with the 800 lead character facial expressions created painstakingly by hand by the artists behind The Nightmare before Christmas in 1993.  During the creation of Coraline 3D colour printing was still in its infancy and as a result the team had to handpaint each of the 200,000 possible facial expressions, a challenging task as each of Coraline’s freckles had to be painted on exactly the same spots.

By 2010 3d printing had reached the stage where objects could be coloured in on the computer and then printed in colour. Having had considerable success with 3d printing puppet faces for Coraline the team at Laika were eager build on this success with the incorporation of 3D colour printing into the production of ParaNorman.

Speaking on the project Brian McLean director of Rapid Prototyping at Laika commented on a number of early production issues including problems achieving consistency in colours. The team overcame this by carrying out thousands of tests in order to figure out the best file formats and colour profiles to send to the printer. To overcome the chalky consistancy of  the printed faces the team had to find and follow an exact process for dipping the parts in super glue, sanding and then baking the parts in an oven at specific temperatures and times in order to achieve different effects. All of which required completion within just 3 months.

Thanks to the latest 3d printing technology ParaNorman exceeds all expectations with some 88,00 faces and 1.5 million expressions for the lead character alone. The colour printer also provided some unexpected benefits. The printer injects colour 16th of an inch into the face rather than on the surface allowing for subsurface scattering, while the silicon material is similar to skin allowing gentle reflection and absorption of light. This translucency and vibrancy have allowed the team to achieve a kind of translucency to Normans ears which closely matches real human ears.

Why not catch ParaNorman in cinemas next week and see how 3d printing has evolved.

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