Rt Kursi Tanpa Sandaran, Meja Samping by Li Xiaokai is a highly esteemed winner of the very prestigious 2020 A' Design Award Besi in Desain Furnitur Competition Category.
BesiFurnitur· 2020
Rt Kursi Tanpa Sandaran, Meja Samping
by Li Xiaokai
Client: Object System
A' Design Award Besi Winner in Furnitur Category
Verified Award Winner
Verify Award Status for #95173The Design
About Rt Kursi Tanpa Sandaran, Meja Samping
Rt adalah tempat duduk tanpa sandaran yang juga dapat digunakan sebagai meja samping. Desainnya terinspirasi oleh tangram Tiongkok dan tersusun dari tiga bagian bersudut siku-siku. Dua pelat aluminium berbentuk L dengan ukuran identik menopang satu balok kayu siku-siku yang terbuat dari kayu ash. Pelat aluminium tersebut memiliki ketebalan 6 mm dan dibentuk melalui pemotongan laser serta penekukan mesin. Ketiga komponennya disatukan dengan sekrup, sehingga pengguna dapat merakit dan membongkar Rt sendiri. Rt berukuran 300 x 300 x 500 milimeter dan tampak berbeda dari setiap sudut pandang.
The Recognition
About the A' Design Award Besi
Rt Kursi Tanpa Sandaran, Meja Samping adalah pemenang A' Design Award Besi, pengakuan yang bergengsi yang diberikan kepada desain yang baik yang memenuhi persyaratan profesional dan industri yang diharapkan dari kreasi yang dirancang dengan baik. Pemenang Besi menunjukkan keterampilan yang besar, spesialisasi yang tinggi, pemahaman ahli, dan kapasitas kreatif para penciptanya. Rt Kursi Tanpa Sandaran, Meja Samping diharapkan menjadi kreasi yang sangat dihargai, dikagumi, dan dicintai yang praktis dan inovatif. Desain pemenang A' Design Award Besi ini mengintegrasikan praktik terbaik industri dan memiliki karakteristik teknis yang kompeten yang terkait dengan pengetahuan teknis dan bakat. Rt Kursi Tanpa Sandaran, Meja Samping dihormati karena ketelitiannya dan dirancang untuk memberikan peningkatan kualitas hidup yang membantu menjadikan dunia tempat yang lebih baik.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- The product is composed of 3 right-angle parts, including 2 L-shaped, right-angle aluminum plates of identical size, and 1 wooden right-angle block. Seen from different angles, Rt will give viewers different optical illusions. The linear surface produced by the combination of two different materials, the aluminum plates and wooden block, endeavours to impart a minimalist and eternal sculptural feeling.
- Dimensions & Packaging
- 300 (L) x 300(D) x 500 (H)
- Tags
- stool, combination, aluminium plate, sculpture, contemporary design, Minimalist
- Production Technology
- The product consists of two parts: an ash stool and a 6mm aluminum plate support obtained through laser cutting and machine bending.
- Design Challenge
- The main challenge of this product lies in the bending technology it involves, and the material resistance of its aluminum plates. We have studied the carrying capacity of the plates after bending through numerous repeated experiments, and fixed the parts firmly with custom screws.
- Research
- Proceeding from daily observation and thinking, through the industrial processing of metal and natural materials, we research and manufacture art furniture that may embody and express with interesting logic the essence of life.
- Inspiration
- The product design is inspired by Chinese tangram and is composed of 3 different right-angled parts mutually supporting each other. Product parts are simple, easy to process, convenient for installation and bulk transportation. The overall appearance of the product is simple and its structure is strong. Because of its inspirational origin, i.e. tangram, Rt may appear both flat and three-dimensional in form, all depending on the angle of the viewer.
- Project Duration
- The Rt concept design is totally new and was completed in October 2019 in Hangzhou, China. Its first prototype was completed in Hangzhou, in November 2019.
- Operation Flow
- Rt may be used as a stool as well as a side table. All of its components, 3 in total, are screwed together. Its simple structure allows users to assemble and disassemble it by themselves.
- Patents
- Copyrights belong to Li Xiaokai, 2019
- Image Credits
- Images Credits: Li Xiaokai, 2019
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