3D-printable Breaking Bulbs by Gässling
With the developing of
3D technology, Innovative 3D-Printed designs rushed into market. Those
fantastic breaking bulbs were made by Swedish designer Joakim Christoffersson
(owner of Gässling).
Breaking Bulbs capturing that split second in time when an
object destroys on impact. The over-sized bulb-shaped lamps appear to shatter
as they destroy when being dropped, smashed, and even shot.
The Breaking Bulbs are
printed in white nylon material (very lightweight, durable and various color
options). Designed with a cozy warm white in 6W LED power consumption and delivered
with a power adapter.
3D-printable Tiny Cities Bulbs by David Graas
David Graas is a
Netherlandish designer, studied product design at the Gerrit Rietveld Art
Academy in Amsterdam and worked as an independent product designer since 2004.
Basing on investigation
of relationship between functional objects and their users, David Graas made
this LED light bulb. He wants to show people how these objects are valued and
why. Not caring much for “pretty things”, his focus on ideas rather than style.
Trying to establish a
long term understanding between his products and their users and prolong their
lifespan in an era where the cycle of fashion spins ever faster.
Palm Hanging Light by Janne Kyttanen
Palm is inspired by the
fluid and sweeping foliage found in nature. Janne Kyttanen created this
eye-catching work of art which comes in a variety of sizes. Arranged in such a
way as to allow light diffusion from both above and below each leaf, the light
is an ideal solution for both downward and upward lighting with its simple and
elegant design, such as use it as part of your decor, as a standing lamp, a table
or ceiling light fixture.
Optical illusion flat light bulb
Studio Cheha out of
Isreal is presenting us with these beautiful pieces of furniture depicting a 3D
optical illusion from a 2D object-optical illusion compressed bulb (Bulbing).
Fairly with LED and
optical equipment (wooden base acrylic glass) made a flat piece of optical
network, only 5 mm thick - from the front your brain will register it as a 3D
object, but turn it to the side and you’ll find that it’s nothing but a flat 2D
object.
