Design News

Bird

bird™ is an innovative wearable device which aggregates the entire spectrum of interactive methods into a ring-like accessory, comfortably worn on the index finger. With bird, the entire room transforms into a 3D interactive workspace: the user can interact with displayed images on any surface as if it were a touch screen, with accurate control and unparalleled sensitivity. Further interaction abilities include Remote Touch, Hovering, Depth Sensing, Gesture control and even mouse functionality.

The BowTie

The BowTie, by Monocircus, is a bow tie made by 3D printing technology. It is a bow tie made in nylon plastic and needs no tying like the typical fabric bow ties. To put it on, simply slot it onto the button of any collared dress shirt. It is easy and comfortable to wear and stays in shape and style without the need for adjusting. The checkered mesh structure creates an interesting visual impact, yet maintains a simplicity that is suitable for different fashion styles and occasions whether formal or casual.

Gorilla-mobile

Gorilla-mobile: The design and product has been made by a cross-country development team from the Netherland, Vietnam and Germany, consisting from Brightbird Design Centre, Fluctus Industrial Design and Engineering from Netherland, Freelux Worldwide from Vietnam under lead of Gorilla Electronics from Germany. Basic requirement was, that the device had a hole, where an USB plug fits through and it also had to be as small as possible to fit into a pocket. Furthermore the design had to reflect an iconic shape, reflecting a world first product and reflecting a startup and quality-company brand.

Apito

VENUS POLYCHROME

The eye catching colorful design of VENUS POLYCHROME Smart Phone is represents the potentials of plastic material and its flexibility. That resulted as trendy colored variations and endless mass-customization options by its users. Changable back covers and batteries provides to its end-user an ergonomic user-experience.

Cellular Table

Cellular Table has been commissioned to explore new ways of producing metal in the field of furniture design. The project uses a double-layer algorithmic pattern to provide both strength and flexibility. The final form of the table is developed through multiple iterations of the algorithm to provide an optimum level of porosity and lightness. Finally, the manufacturing process offers the use of both 3d printing and electro-forming process to increase both lightweight and sculptural qualities of a typical metal furniture within in a given interior environment.