The lamp made with the tools of digital manufacture (laser engraving and 3D printing) is characterized by two main functions; the first "Light Effect", allows the creation of enveloping and unedited light effects, as the surrounding environment is redesigned by the lamp with luminous designs. Whenever the lamp rotates, the light passing through the carved body creates a different light graphic from time to time, giving the user an unprecedented viewing experience of the phenomena related to the shadow shining projection.
The "Light Effect" function of the the Superluminal Lamp is given by a special laser cutter in vertical and horizontal sections, on a particular 99% glossy plexiglass that enhances the light projection effect. The study of this particular laser engraving allows you to experiment and observe the luminous projection of shapes, to create different light games, in which even the smallest ones can play and create through 3D robotic printers fantastic fantasy stories that like magic take life through the light of the Super Luminance Lamp.
The second feature of the "Thunderbolt" lamp is for wireless power transmission technology through the mini Tesla Coil transmitter, which is plugged into the lamp through a safety case, generating alternating high frequency, but very weak intensity currents and not dangerous for users.
The function of the Tesla Coil superluminal lamp, from the possibility for the most adults to know and experience the phenomenon of wireless transmission of electricity through the same lamp accessories as 3D printed robots equipped with neon or low power led, approaching near the lamp are lit up without using electrical contacts but powered by distance thanks to the Tesla Coil suitably configured for small scientific experiments.
The lamp consists of a rotating cube carved with laser technology, conceived in its design to generate special light projections, rests on a base also developed with laser engraving technology, and made up of fluorescent material bands releasing chemical light when solar or artificial light decreases in the room, allowing to observe and study fluorescence phenomena.
The Thunderbolt Superluminal Lamp becomes a means to experience and be able to know the fascinating phenomena of light projection and the fundamental characteristics of propagation of electricity.