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the applications and opportunities go beyond one’s imagination” - Mervyn Rudgley, Sr. Director<br />
Product Management<br />
www.3dsystems.c<strong>om</strong>/products/multijet/thermojet/index.asp<br />
Transparent Projection Surface<br />
HoloPro is a transparent surface for rear projection, which is almost c<strong>om</strong>pletely unaffected by<br />
the surrounding light and can be used indoors and outdoors. HoloPro is a hologram, i.e. a film<br />
irradiated with a refraction grid. This film is laminated between two special plates of glass.<br />
HoloPro consists of several holographic optical elements (HOE), which are arranged on one level,<br />
and is irradiated by a projector. The projection on the HoloPro screen is made fr<strong>om</strong> a specific<br />
angle, and as a result only light fr<strong>om</strong> this stipulated angle is visible. With this direction-oriented<br />
projection, the surrounding light which shines on the HoloPro screen fr<strong>om</strong> any other angle has<br />
almost no effect on the picture quality. C<strong>om</strong>pared to other projection surfaces, HoloPro screens<br />
have “an eye-catching brilliance.”<br />
www.holopro.c<strong>om</strong><br />
Veriflex<br />
First introduced in Japan and then the United States in 1984, shape memory polymers are<br />
polymers whose qualities have been altered to give them dynamic shape “memory” properties.<br />
Using thermal stimuli, shape memory polymers can exhibit a radical change fr<strong>om</strong> a rigid polymer<br />
to a very elastic state, then back to a rigid state again. In its elastic state, the polymer will recover<br />
its “memory” shape if left unrestrained. However, while pliable it can be stretched, folded or<br />
otherwise conformed to other shapes, tolerating up to 200% elongation. While manipulated, the<br />
shape memory polymer can be cooled and therefore returned to a rigid state, maintaining its<br />
manipulated shape indefinitely. This manipulation process can be repeated many times without<br />
degradation, and CRG can tailor most polymers with shape memory properties. Veriflex is a twopart,<br />
fully formable thermoset shape memory polymer (SMP) resin system with unique “memory”<br />
properties. Heated above its activation temperature, Veriflex changes fr<strong>om</strong> a rigid polymer to a<br />
very elastic state. In this elastic state, it can be twisted, pulled, bent, and stretched, reaching up<br />
to 200% elongation. If cooled while constrained in the new shape, the polymer hardens and can<br />
maintain its deformed configuration indefinitely. When heated above its activation temperature<br />
again, this polymer returns to the shape in which it was cured. This process can be repeated<br />
indefinitely without loss of the memory shape or degradation of the material. Thermochr<strong>om</strong>ic<br />
Veriflex allows for easier use and functionality of the cured resin. When the thermochr<strong>om</strong>ic<br />
version of Veriflex has reached its transition temperature, it changes color to signal its readiness<br />
to be molded, shaped, and formed. This eliminates possible problems with heating the material<br />
too much or not enough. Both standard and thermochr<strong>om</strong>ic Veriflex resins are engineered with<br />
a transition temperature (Tg) of 62°C.<br />
www.crg-industries.c<strong>om</strong>/veriflex.htm<br />
INTERFACIAL<br />
Materials which facilitate the interaction between physical and virtual<br />
worlds.<br />
Surfaces<br />
3d Display Cube<br />
3D Display Cube is a true spatial display unit that utilizes one thousand individually controllable<br />
LEDs to create three-dimensional forms and animations. The display cube, with its creative use<br />
of LED technology, can be used for retail or public display, signage applications, h<strong>om</strong>e display,<br />
or advertising. James Clar conceived of 3D Display Cube as a reaction to the limitations of current<br />
display technologies. Televisions and c<strong>om</strong>puter monitors, for example, can only deliver twodimensional<br />
information because their display surface is flat. In contrast, 3D Display Cube uses<br />
a spatial array of LED pixels, which in aggregate create true spatial images and animations. 3D<br />
Display Cube’s technology is backed by one issued utility patent and two pending utility patents.<br />
Upon purchase, the buyer may select up to five one-minute animations to be preloaded onto the<br />
device for immediate use upon delivery. A serial cable is also included, allowing users to design<br />
and upload their own animations and content to the cube.<br />
www.jamesclar.c<strong>om</strong><br />
Board 16<br />
Developed by Traxon Technologies, Board 16 SMD RGB is a lighting system which allows for