Mixing lights with makeup – The brief

In our quest to level up our makeup toolkit, we previously mixed LED lights with traditional makeup. The result was interesting, but we felt there was a missing element of interactivity. We therefore opted to add sound sensors with a molded LED matrix.

We never 3D printed face prosthetics with a molded LED matrix, the result is very promising.

Frank Helpin
Senior Director-Innovation
Nextasy
Mixing lights with makeup - kyle 1 - image
When Kyle was still human.

Mixing lights with makeup - kyle 2 - image
The creature we…created.

We started out by 3D scanning the head of our model to modelize the prosthetic on his face. Then we created a 3D model of the mold that we 3D printed with a 3D printer using resin.

Oh, did I mention everything was done in 3D?

Charlie Maréchal
Innovation Designer
Nextasy
Mixing lights with makeup process 1 - image
The LED matrix was too big for the model’s cheek.
Mixing lights with makeup process 2 - image
So we opted for the forehead instead.
modelized - image
We then modelized the molds.
3D printer with resin - image
And used a 3D printer with resin, allowing for a smoother printed surface that is better suited for molding.
3D printed mold - image
This is the 3D printed mold.
matrix and mold - image
Hopefully the matrix fitted perfectly in the mold.

Makeup and silicon

You can’t really use makeup on silicon, you need to either dye it before molding it, or use a special coating product that will allow you to paint directly on the prosthetic.

texture and color - image
We chose this texture and color because it diffused the light well.
silicon and mold - image
Just pour the silicon in the mold and add the matrix.
press - image
Then press the heck out of it.

aaaaaaaaand…

failure silicon - image

It didn’t work. The silicon didn’t react well with the electronic components, therefore it didn’t catalyze (dry) properly. We had to try again with another kind of silicon.

mixing lights with makeup process silicon - image

Which yielded a somewhat satisfactory result, but nevertheless allowed us to pursue the day according to plan.

bald cap - image
Which means turning our model bald with a bald cap

bald cap 2 - image
And looking for a few aesthetical inspirations.

We experienced with sound and proximity sensors, and decided to go with the sound sensor to allow the model to play with the matrix using his voice.

proximity sensor - image
This cool thing on our transparent head is the proximity sensor.

last tests - image
This is the team being unsure if it would work.

This experiment convinced us to continue pushing the workshop further by adding another model and play with a few different sensors to add some real interactivity. Stay tuned for what’s coming up NEXT.

Makeup conception by Chloé Poirier-Sauvé.

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