Design Quarterly

Swing pot

This condiment bottle helps you to spice your meals more easily. Shaking the bottle, the inner part swings from left to right and contact the outer form. By this contact the holes of the bottles cap keep staying open. There iSA silicone ring around the cover to protect it. Three holes in the cap keep the design simple and tell a user that the inner part will move in this direction.

MiPan

The MiPan is designed to absorb the fat and liquid by-products of the cooking process and hold them within a cavity preventing unpleasant spitting and the associated mess. This efficient removal of excess fat and liquid creates leaner food cooked at lower temperatures. The reduction in cooking temperature means a reduction in carcinogens produced by pyrolysis. Finally the MiPan promotes the Maillard reaction as the removal of water facilitates the recombination of sugars and amino acids to form new flavour compounds.

Eva

Temple

From the growing popularity in home baking we could see a need for a modern looking contemporary cake stand, which could be easily stored in a cupboard or draw. Easy to clean and dishwasher safe. Temple is easy to assemble and intuitive by sliding the plates over the central tapered spine. Disassembly is just as easy by simply sliding them back off. All 4 main elements are held together by the Stacker. The Stacker helps keep all the elements together for multi angled compact storage. You can use different plate configurations for different occasions.

Mesoglea

"Mesoglea" is a concept for a 3 d printed cup. Its form is inspired by deep sea creatures, the Mesogleae, to which also the Medusae belong. Similar top their translucent body plan, the cup has ac piece in the inner cavity that can hold a solid piece of your long drink, like a lemon for example. As the lemon is fixed by this central piece, the dissolution inside the drink is accelerated. Following the movements of the medusae, the beker can also be used inclined position, remembering thus of a floating medusa.It is made from 3d printed translucent filament plastics with coating.

helloGoodness

Known as HelloGoodness, two side-by-side vending units coexist: one dispenses our better-for-you beverages and the other our better-for-you snacks. The design simplifies the vending experience by providing a clean surface with a framing element that visually ties the glass areas between the two units. Consumers want more choices for what they eat and drink on the go, and HelloGoodness offers a fresh interpretation of the traditional vending experience by helping to provide the choices they want.