547 wood object "UNIVERSE" A

This object was planned and produced by "Kiinox"*1, which promotes the utilization and distribution of domestic timber, and is made from unused wood and scraps.
The design was created by spatial designer Yukari Ichinomiya*3. The combination of geometric silhouettes and shapes reminiscent of planets represents the universe.
The product was made by Unate Kobo, a palace craftsman in charge of the design of temples, shrines, and Buddhist temples.*2 The traditional techniques of Kyoto Buddhist altar fittings shine through in the creation of this intricately crafted product.
This is a new work of art that combines practical beauty and can be used as an interior object or a prop for displaying jewelry.

*This product is made to order. (Delivery time: about 2 months)

*There are individual differences in the color and grain of wood. Please enjoy the texture created by nature.

*1 KIINNOX
A project that aims to solve social issues such as protecting the global environment, revitalizing local economies, and improving mental and physical health.
The core companies are BIPROGY Co., Ltd. and Green Digital & Innovation Co., Ltd.
He creates upcycled art that expands the possibilities of domestic wood and is conscious of the SDGs.

*2I-DESIGN Yukari Ichinomiya While involved in the spatial design of various apparel and jewelry brands,
He is also experimenting with new techniques and expressions for creating objects that can be used as props in stores or for photography.

*3 Unate Kobo This is a workshop where the sculptors known as "Kudenshi" (palace craftsmen) who are involved in the production of Buddhist altar implements, one of Japan's traditional crafts, come together.
We are currently constructing the most important part of the temple's main hall, the place where the Buddha will be enshrined.
Many small wooden components, ranging from cylindrical pillars to roof tiles, are made and then assembled and connected to complete the structure.

material: Yonematsu

height 250× Width 63(mm)

*width( width) is measured at the maximum point.