ginkgo umbrella by federico venturi + gianluca savalli + marco righi
images courtesy the designers
umbrellas on the market today are theoretically made of recyclable materials such as metal, plastic and wood.
however, they can’t be recycled as they are.
they’d need to be disassembled to be properly disposed of, which means that most of them just end up going to landfill.
a big waste of resources.
polyester canopy, as an example, takes up to 1’000 years to biodegrade...
developed in italy over the last three years by federico venturi, gianluca savalli and marco righi, the 'ginkgo' is an innovative compact
umbrella, redesigned from scratch and made entirely out of one recyclable material - polypropylene.
conceived to be stiff and flexible, the piece is able to absorb random impacts and wind force without breaking or bending.
using injection molding process, the numberof 'ginkgo' components are considerably reduced compared to the traditional umbrella.
the design is made up of just 20 pieces instead of 120 pieces - eliminating the traditional assembling procedure of screws or pivots,
as all the couplings are obtained by long lasting and reliable snap-fit joints.
when ginkgo finally reaches the end of its useful life you can just toss it in the recycle bin.
no need to disassemble the components.
for more information on the 'ginkgo' umbrella, see the indiegogo campaign site, where the project will seek funding for production.
redesigned from scratch, the umbrella is made entirely out of one recyclable material - polypropylene
keeping sustainability in mind, 'ginkgo is 100% recyclable. because of the rationalization of the components and the use of a
single technology, the production steps have been reduced by 80%, and the increased longevity leads to a further reduction of
the production process. since all the components are made by injection molding, ginkgo is ready to be made with zero impact
biodegradable polymers or, alternatively, to be produced in a cradle-to-cradle system, where all the material is completely
recovered at the end of the product’s life and reused to produce it once again.
conceived to be stiff and flexible, the piece is able to absorb random impacts and wind force without breaking or bending
all ginkgo components are made by plastic injection moulding, meaning that each part can be coloured as desired, for a virtually infinite variety
of possible combinations and customizations. and some cheerful colours under the rain can make a difference.
using injection molding process, the number of 'ginkgo' components are considerably reduced
the stretchers are not assembled, but made with a single piece of flexible plastic. the peculiar patented geometry allows them to
resist strong winds by elastically flexing and returning into position without bending or inverting. the hinges are designed to last
for thousands of open/close cycles.
the design is made up of just 20 pieces instead of 120
the assembly eliminates the use of screws or pivots, as all the couplings are obtained by long lasting and reliable snap-fit joints
the use of a single technology has reduced the production steps by 80%
gingko extended detail
injection molded component detail