This range of soliflores interprets the way a plant develops itself in a natural environment. Sensitive to the stimuli of its environment, the structure of a stem is composed of a network of cells enabling it to grow more or less regularly in the open air. The uniqueness of living organisms inspired the creation of a computer program that generates cells and mimics the fluidity of the stems thus observed. Each of these soliflores is therefore unique, and can be combined in different formats and materials.

The containers are manufactured using a 3d printing process based on continuous material deposition.

Photographs: Jean-Baptiste Thiriet

This range of soliflores interprets the way a plant develops itself in a natural environment. Sensitive to the stimuli of its environment, the structure of a stem is composed of a network of cells enabling it to grow more or less regularly in the open air. The uniqueness of living organisms inspired the creation of a computer program that generates cells and mimics the fluidity of the stems thus observed. Each of these soliflores is therefore unique, and can be combined in different formats and materials.

The containers are manufactured using a 3d printing process based on continuous material deposition.

Photographs: Jean-Baptiste Thiriet