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Nuvem Sistèm Ekleraj Dekoratif by Miguel Arruda
Nuvem Sistèm Ekleraj Dekoratif by Miguel Arruda
Nuvem Sistèm Ekleraj Dekoratif by Miguel Arruda
Nuvem Sistèm Ekleraj Dekoratif by Miguel Arruda
Nuvem Sistèm Ekleraj Dekoratif by Miguel Arruda

Lò Ekleraj · 2020

Nuvem Sistèm Ekleraj Dekoratif

by Miguel Arruda

  • A' Design Award Lò 2020 in Ekleraj
  • CLIENT: Arruda Arquitectos Associados, Lda
  • Estimated Number of Design Views: 45,307
  • Verification code 91979B8444 · Verify this award
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About Nuvem Sistèm Ekleraj Dekoratif

Nuvem se yon sistèm ekleraj dekoratif modilè ki fèt pou espas enteryè. Nuvem konpoze de modil egzagonal ki konekte ansanm pou fòme anpil konpozisyon diferan. Chak modil mezire 12 pa 12 pa 4 santimèt e li fèt ak Opalflex, yon materyèl resiklab ki konpoze de teknopolimè ak kristal vè. Fèy mens yo koupe a frèt epi yo pliye yo a men. Kat kab sispansyon pou chak egzagòn pèmèt aranjman orizontal, oblik ak vètikal. Sous limyè a kapab plase anwo modil yo, anba yo, oswa pase atravè ouvèti egzagonal yo.

About the A' Design Award Lò

Nuvem Sistèm Ekleraj Dekoratif se yon ganyan A' Design Award Lò, yon rekonesans imans prestijye yo bay design premye klas, mèvèye e eksepsyonèl. Ganyan Lò yo se kreyasyon ki trè inovatè, vizyonè e ki briye ak bèl bagay, ki reflete jeni, sajès ak mèt konpetans designer yo. Yo atann Nuvem Sistèm Ekleraj Dekoratif pou se yon envansyon ki fè anpil lwanj, ki bay tandans e monimantal ki delivre yon valè san parèy. Design sa a ki ganyen A' Design Award Lò se yon pwojè espektakilè, respekte ki pote anpil benefis e ki pouse limit atizay, syans, design ak teknoloji. Nuvem Sistèm Ekleraj Dekoratif kreye santiman dezi ki entans, li reveye pasyon, li ankouraje kreyativite e li fasine nou.

Press Kit

Unique Properties
The Nuvem design consists of an handcrafted lamp of hexagonal modules connected to create infinite configurations, easily adaptable to any space.The development took inspiration from a 70 s sculpture witch conjures the female form.The light source can be placed anywhere.The upper placement creates dramatic shadows and plays of light, lower is optimum for illuminating surfaces below and horizontal placement is achieved by threading spotlights through the modules hexagonal openings.
Dimensions & Packaging
The initial module is made of opalflex, a recyclable material composed of technopolymer and glass crystals and has a dimension of 12 x 12 x 4 cm.
The base exagone composed of 96 modules has a dimension of 102cm x 94cm.
The hexagonal modules connect with each other to create customized compositions adapted to the context in which they are inserted.
The product packaging is only 8cm thick.
Tags
lamp, ceiling, light, module, light system, Lighting, decorative
Production Technology
Consists in an artisan technique starting with a sheet of millimetre-thin, technopolymer that undergoes cold cutting, producing 0 co2.The hand-folded three dimensional elements are connected in hexagonal modules in turn connected to create shapes, adaptable to any space.The light source can be placed anywhere.Above creating dramatic shadows and plays of light, under for illuminating surfaces below, and horizontal placement achieved by threading lights through the modules hexagonal openings.
Design Challenge
The concept of spatial development of the hexagonal module, horizontally or vertically,whether inside or outside,needed a certain level of flexibility in order to respond to the intense deformation of the projected surfaces. The experiments carried out with a technical team led us to choose the opalplex a recyclable material, composed of technopolymers and glass crystals developed by Slamp.This was one of the most significant aspects, from a creative and technological point.The Nuvem level of flexibility is one of the most important characteristics of the concept of spatial development.
Research
Inspired by a sculpture that explored the anthropomorphic design of the female form, the Nuvem design consists of an handcrafted lamp of millimetre-thin technopolymer hexagonal modules connected to create infinite configurations, easily adaptable to any space.The dimensional versatility, required in-depth studies on the characteristics of the material to be used.The option was the opalflex, a recycled material, composed of technopolymers and glass crystals.
Inspiration
This project originates from a sculpture made in the 70s.
The sculpture explored the anthropomorphic design of the woman s body shapes.Started from a two-dimensional drawing of these shapes on metallic surfaces, which by means of cuts and folds took on a three-dimensional form (sculpture).The production technique follows the same concept, replacing the metal surface of the 70s sculpture with a sheet of millimetre-thin, technopolymer. The sheet undergoes cold cutting, and is then folded by hand.
Project Duration
This project started to be developed in November 2017 in Pomezia, Italy and ended in March 2019 and was presented in April 2019 at the Milan Fair.
Operation Flow
The hexagonal modules are joined together in order to create infinite compositions that can be developed horizontally, obliquely and vertically according to the movement of the four suspension cables belonging to each hexagon, thus responding to all spatial circumstances.
Image Credits
Image 1:Pedro Sadio, Image 2: Pedro Sadio, Image 3: Thomas Pagani, Image 4: Thomas Pagani, Image 5: Thomas Pagani

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