OMBRA COFFEE TABLE
JASNA MUJKIĆ FOR ZANAT
Ombra Table is a unique piece of furniture constructed by joining together tiny “Penrose Prototiles” in solid walnut. These specific prototiles are named after Sir. Roger Penrose, a famous British mathematician who first investigated them in 1970s. The prototiles have remarkable geometric and visual properties. For one, they are aperiodic, meaning that a shifted copy of the original set of prototiles will never look the same: the pattern does not repeat! The designer brilliantly joined the prototiles in the tabletop in a way to create an abstract tree shade.
Ombra Table is a unique piece of furniture constructed by joining together tiny “Penrose Prototiles” in solid walnut. These specific prototiles are named after Sir. Roger Penrose, a famous British mathematician who first investigated them in 1970s. The prototiles have remarkable geometric and visual properties. For one, they are aperiodic, meaning that a shifted copy of the original set of prototiles will never look the same: the pattern does not repeat! The designer brilliantly joined the prototiles in the tabletop in a way to create an abstract tree shade.
Dimensions
Materials
Lead Time
ZANAT
OMBRA COFFEE TABLE
JASNA MUJKIĆ FOR ZANAT
Ombra Table is a unique piece of furniture constructed by joining together tiny “Penrose Prototiles” in solid walnut. These specific prototiles are named after Sir. Roger Penrose, a famous British mathematician who first investigated them in 1970s. The prototiles have remarkable geometric and visual properties. For one, they are aperiodic, meaning that a shifted copy of the original set of prototiles will never look the same: the pattern does not repeat! The designer brilliantly joined the prototiles in the tabletop in a way to create an abstract tree shade.
Ombra Table is a unique piece of furniture constructed by joining together tiny “Penrose Prototiles” in solid walnut. These specific prototiles are named after Sir. Roger Penrose, a famous British mathematician who first investigated them in 1970s. The prototiles have remarkable geometric and visual properties. For one, they are aperiodic, meaning that a shifted copy of the original set of prototiles will never look the same: the pattern does not repeat! The designer brilliantly joined the prototiles in the tabletop in a way to create an abstract tree shade.
Dimensions
sizes:
W39.5” x D35.5” x H12.5”
W41.5” x H12.5”
Materials
solid wood
maple finishes:
maple black stain
maple wenge stain
oak finishes:
oak oil
oak white oil
walnut finish:
walnut oiled
please refer to the "downloads" for finish options
Lead Time
14 - 16 weeks approximately