About us

President’s Message

Creating Timberized City

Since its establishment in 1974, Shelter Co., Ltd. has continued to create, innovate, and take the challenge to become the world’s front-runner in wooden structural technology.Shelter offers state-of-the-art infrastructure technology for “Creating a Timberized City” that will have an impact on preventing global warming.The synergistic effect of Japan’s first metal joinery hardware construction method, the KES system (Kimura Excellent Structure System), and the world’s first 3-hour fire-resistant wooden material COOL WOOD has enabled Shelter to realize large-scale, high-rise wooden structures.Moreover, the adoption of Asia’s first state-of-the-art 3D woodworking machine has made FREE WOOD (curved and twisting wooden materials) commercially viable through three dimensional design and machining. Artistic buildings can be created by giving shape to whatever can be imagined.With offices in Yamagata, Tokyo, and Sendai, Shelter has developed a “win-win” business model by collaborating with contractors in each area to provide its technology nationwide.

株式会社シェルター 代表取締役 木村一義

State-of-the-art wooden structural technology
「KES×COOL WOOD×FREE WOOD」

「Shelter has dedicated itself to hone its technology in constructing wooden buildings based on its business philosophy to “seek for what is right” and the spirit from its foundation to “build first-rate homes.” The KES system, which proved its extraordinary resilience in the wake of the severe earthquakes and tsunamis of the Hanshin-Awaji Earthquake in 1995 and the East Japan Earthquake in 2011, has been adopted in the construction of high-quality custom-built homes and more than 1000 public wooden buildings.The Shelter Nanyo Hall (Nanyo City, Yamagata Prefecture) which was built with the KES system and fire-proof wood technology COOL WOOD has been registered in the Guinness Book of World Records as the “largest wooden concert hall.”The wood delivers superior performance such as the best acoustic level in the world, humidity control due to the wood breathing, and superior energy-saving effect. The hall contributes to the vitalization of the region with the continual appearance of renowned performers and the expanding the number of visitors.The “Inverted Mt. Fuji” of the Mt. Fuji World Heritage Centre, Shizuoka (designed by Shigeru Ban Architects) has a wooden lattice at the exterior of the building made through 3D woodworking. Th grid shaped lattice of this massive monument that curves outward fascinates all who visit this center.

Moving to different dimension in architecture

As exemplified by the rapid shift to EV in the automotive industry, revolutionary products are being produced in various fields to replace existing technologies. With the arrival of the “Wood First” trend, architecture is also seeing the birth of a new growing industry which employs wood to connect the urban with the rural.Shelter leverages the synergistic effect created from “KES x COOL WOOD x FREE WOOD” technologies to realize large-scale high-rise buildings made only from wood, hybrid skyscrapers made from “steel-reinforced concrete + COOL WOOD,” and wooden buildings made with FREE WOOD that are conceived as “out of the box” as they do not conform to existing shapes or formats.
Architecture is now witnessing the arrival of an entirely new stage of a different dimension.

株式会社シェルター 代表取締役 木村一義

Shelter Co., Ltd. President & CEO

木村一義

Profile

1949 Born in Sagae City, Yamagata Prefecture
1972 Graduated from Ashikaga Institute of Technology, Department of Architecture
1972 Studied abroad at Graduate School of Carnegie Mellon University
1974 Established Shelter Home Co., Ltd. (presently Shelter Co., Ltd.) 
1998 Received the “Tanabe Invention Award” from the Japan Society
   for the Advancement of Inventions
2010 Received the “Prize for Science and Technology”
   from the Minister of Education, Culture, Sports, Science and Technology
2012 Received the “Minister of Agriculture, Forestry and Fisheries Prize,
   ”a Private Sector Agriculture, Forestry and Fisheries R&D Achievement Award
2013 Received the “Yellow Ribbon Medal”