Lenticulars

RabbitHoles

Lenticular printing is a multi-step process consisting of creating a lenticular image from at least two existing images, and combining it with a lenticular lens; they have a ridged surface texture.

RabbitHoles are produced by patented pulsed-laser printers, embedding data into a totally flat film surface.

Lenticulars display harsh transitions, often producing jumping, ghosted or overlaid imagery.

RabbitHoles realistically portray full-3D environments and completely fluid motion whether you want to make clean transitions, morphs, or real-life expressions.

Lenticulars can print up to 30 frames of an image sequence, and a maximum of 1-second of transitioning imagery.

RabbitHoles can print up to 1280 frames of a rendered 3D image sequence, and contain up to 10 seconds of viewer-triggered motion or animation.

Lenticulars are not made from true 3D data, they only give the illusion of having depth because they have transitional sequences.

RabbitHoles content is rendered from true 3D data, and have unmatched Z-plane potential with their ability to retain focus on objects further in front of and deeper within the surface plane than any other technology.

Lenticulars have very specific and limited data creation parameters.

RabbitHoles can embed computer-generated imagery (CGI) as well as digital video, and can accept many common digital data forms thanks to the proprietary algorithms for the RabbitHole printers.