Metal Drip

Metal Drip

What if you could freeze mercury as it dribbled down the sides of a surface? You’d probably end up with something like the Flow Side Table – made from polished aluminum, laser cut, and punched drawn into its organic final form. The combination of flowing curves and highly reflective surface creates an ever changing appearance depending on your viewing angle. Brills right?

0 Designer: Timothy Schreiber

Sitting On A Bird's Nest

Sitting On A Bird’s Nest

If you have an affinity for organic yet geometric shapes, this chair should tickle your fancy. The X Lounger is based on a single ray, traced along a periodic double curved surface. Its close resemblance to China’s Bird’s Nest Stadium is a testament to how smart and functional this form is. Strong yet flexible without looking harsh and man made.

0 Designer: Timothy Schreiber

Some Serious Rocking

Some Serious Rocking

ID people love the tools afforded to them by today’s advance computers and software. They’re able to visualize products and test every nuance before manufacturing. Such is the case with the MORPHOGENESIS LOUNGE CHAIR and yes that’s all in caps because designer Timothy Schreiber wanted it that way.

0 Designer: Timothy Schreiber

Jacob Jensen Generations Exhibition

Jacob Jensen Generations Exhibition

If ever there were a scenario whereby we were only allowed to live with the portfolio of one designer in our home, Jacob Jensen would be our choice, hands down. And strolling through the halls of the Skive New Museum of Art in Denmark one gets an impression of what it might be like as the museum is playing host to a retrospective of two generations of Jacob Jensen Design.

0 Designer: Jacob Jensen

Reload

Timeless Designs

Explore the best of YD. Our Archives are full of wonderful concepts from all over the world. Go ahead, don't be shy!

E_Volve_Table by Timothy Schreiber

E_Volve_Table by Timothy Schreiber

E_Volve_Table heralds a new era in the design of tables. The design was inspired by natural fluid patterns and naturally grown shapes. This approach was translated into an initial digital model, which was subsequently optimized using digital structural and artificial intelligence algorithms.

0 Designer: Timothy Schreiber [ YouTube Clip ]