Infinite Energy

Mariko Mori, 2013
Fiberglass resin. Height: 8 mt

Facebook Twitter

Infinite Energy I, II, III exhibited at Espace Louis Vuitton in Tokyo
©Louis Vuitton / Jérémie Souteyrat Courtesy of Espace Louis Vuitton Tokyo

Following the success of the work Möbius presented at La Fenice in Venice, Factum Arte has been commissioned to produce a new series of works for Japanese artist Mariko Mori. This new series exhibited at Espace Louis Vuitton in Tokyo includes a series of 3 spirals -each one made of twenty-seven single pieces- connecting from the floor to the ceiling and beyond through a camera/LED real-time monitored by the visitor. Around the Infinite Energy triptych, Mariko Mori shows 3 sculptures from her newest research: Renew sculpture I, Renew sculpture II and Butterfly, all of them produced at Factum Arte warehouses.

Infinite Energy was initially modeled as a 3D form in Mariko Mori's New York studio and afterwards printed by the Belgian company Materialise. The work of art was then sanded and filled in Factum Arte warehouse and taken to a spray oven where it was painted with a special holographic paint made by Lechler in Como, Italy. Every piece has been created at Factum Arte warehouse and weighs between 20 and 30 kg. The single parts have finally been assembled to inspect the finished work before being dissassembled again to be shipped to Japan.

View the image gallery of Mariko Mori's solo exhibition at Espace Louis Vuitton here.

Cleaning of one piece of the mould

Applying epoxy to the mould

Applying layers of biaxial fiber glass cloth and resin

Closing the 2 sides of the mould

Expandable foam is poured inside the piece for internal support

Taking the piece out of the mould

 

 

Fabricated pieces of the work ready to be assembled

Installation of Infinite Energy at Espace Louis Vuitton in Tokyo

 

Infinite Energy I, II, III ©Louis Vuitton / Jérémie Souteyrat Courtesy of Espace Louis Vuitton Tokyo

This website uses cookies to improve your experience online. By using our website, you are agreeing to our use of cookies. To find out more, read our cookies policy. Close