GGO Biomorphic الوظيفة الأساسية: أثاث الردهة by Yoko Komatsu and Hajime Tokura is a highly esteemed winner of the very prestigious 2026 جائزة A' Design Award الذهبية in تصميم الأثاث Competition Category.
ذهبالأثاث· 2026
GGO Biomorphic الوظيفة الأساسية: أثاث الردهة
by Yoko Komatsu and Hajime Tokura
Client: Grand Green Osaka JV Group
جائزة A' Design Award الذهبية Winner in الأثاث Category
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The Design
About GGO Biomorphic الوظيفة الأساسية: أثاث الردهة
النص: يقع هذا المقعد الحيوي الشكل الذي يبلغ طوله 16 مترًا في غراند غرين أوساكا، وهو مصنوع من خشب البلوط الياباني. استُخدمت تقنيات التصنيع الرقمي المتقدمة لتجميع أكثر من 6,000 قطعة فردية في 29 وحدة عضوية. تم إخفاء جميع المثبتات المعدنية بنجاح من خلال نظام وصلات خفي. في هذا الأثاث العام النحتي، تمتزج الحرفية اليدوية التقليدية مع التصميم الحسابي البارامتري. وقد صُمم ليؤدي وظيفة مزدوجة كمقعد للاسترخاء وحوض للنباتات ضمن مساحة الردهة.
The Recognition
About the جائزة A' Design Award الذهبية
GGO Biomorphic الوظيفة الأساسية: أثاث الردهة هو فائز بجائزة A' Design Award الذهبية، وهي تقدير رفيع المكانة للغاية يُمنح للتصاميم من الدرجة الأولى والرائعة والمتميزة. والفائزون بالذهبية هم إبداعات شديدة الابتكار وعالية الرؤية ومبهرة ببريقها، تعكس نبوغ مصمميها وحكمتهم وبراعتهم. ويُتوقع أن يكون GGO Biomorphic الوظيفة الأساسية: أثاث الردهة اختراعًا عظيم الإشادة ورائدًا وضخم الأثر يقدم قيمة غير مسبوقة. وهذا التصميم الفائز بجائزة A' Design Award الذهبية مشروع مذهل ومحترم يعود بالنفع الكبير ويوسّع حدود الفن والعلم والتصميم والتكنولوجيا. ويخلق GGO Biomorphic الوظيفة الأساسية: أثاث الردهة مشاعر رغبة قوية، ويثير الشغف، ويشجع الإبداع، ويفتننا.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- This 16-meter long furniture bridges the boundary between a static office lobby and a lush urban park. The design process fused analog and digital techniques: organic forms created by hand-molded clay models were 3D-scanned to capture vitality that computational design alone cannot produce. Crafted from 100 percent domestic Japanese oak using precision computer numerical control cutting, the structure conceals all metal joints, creating a seamless, life-like wooden landscape.
- Dimensions & Packaging
- Dimensions: Total Length 16,000 mm. The structure is composed of vertically laminated plywood panels utilizing domestic Japanese oak. It functions as both a large-scale public bench and a planter. The modular units were precision-cut in the factory and assembled on-site to achieve millimeter-level accuracy across the massive 16-meter span. The design adheres to strict safety standards.
- Tags
- Biomorphic Design, Public Furniture, Japanese Oak, Digital Fabrication, Parametric Design, Office Lobby, Wellness, Sustainable Design, Wood Craft, Bench
- Production Technology
- The project is constructed from 100 percent domestic Japanese oak laminated panels. To handle the high density of oak and prevent grain tear-out during computer numerical control fabrication, the engineering team developed custom cutting tools and parameters. A key innovation is the concealed joint system featuring rotating wooden rings to cover assembly bolts, ensuring a seamless pure wood aesthetic without visible metal parts. Over 6,000 intricately milled parts were hand-finished.
- Design Challenge
- The main challenge was translating the hand-molded clay's organic warmth into digital data. Initial 3D scans contained noise, making precise modeling of over 6,000 parts impossible. This was overcome by using parametric algorithms to extract and smooth cross-sections. Furthermore, to bypass the CNC milling risks of hard Japanese oak and ensure structural safety, rigorous full-scale prototyping was conducted, successfully fusing analog craftsmanship with advanced digital manufacturing.
- Research
- Research Objectives: To connect a static lobby with a dynamic park. Methodology and Data Collection: The project utilized an analog-to-digital translation. Clay models were hand-sculpted to verify comfort and volume, then 3D-scanned. Results: This captured organic irregularities lost in pure computation. Full-scale prototyping verified strict safety standards. Insights and Impacts: The project demonstrates how digital fabrication can preserve human touch using underused domestic hardwood.
- Inspiration
- Inspired by the unique context of Grand Green Osaka, where a vast urban park meets a sophisticated office tower, the goal was to bring the vitality of nature indoors and to bridge the boundary between the static lobby and the dynamic greenery outside. Inspiration was drawn from analog processes, using hand-molded clay models to capture organic warmth and complex undulations that computational design alone cannot produce, offering a moment of healing to busy office workers.
- Project Duration
- The project was completed in May 2025. It is installed at the Park Tower lobby, Grand Green Osaka, located at 5-54 Ofukacho, Kita-ku, Osaka, Japan.
- Operation Flow
- Designed for the lobby of a high-rise, this bench bridges the gap between the office environment and the adjacent park. Users can sit, recline, or wait, experiencing the warmth of wood. The floating organic form invites touch and offers a surprisingly soft seating experience, described by users as being embraced. It functions as a biophilic element that alleviates stress for office workers and visitors, providing a moment of tranquility.
- Patents
- Copyrights belong to KOKUYO Co., Ltd., 2025.
- Team Members
- Principal Designer: Yoko Komatsu
Project Director: Takashi Ueda
Technical Supervisor: Katsuhito Yui
Technical Supervisor: Mamoru Yamazaki
Assistant Designer: Hotaka Inagaki
Lead Architect: Hajime Tokura
Production Designer: Shimpei Ogawa
Engineer: Pyaezone Aungsoe
Fabricator: Yasufumi Hanada
Fabricator: Yoji Konishi
Fabricator: Kazuki Nagao - Image Credits
- Image #1: Creator KOKUYO Co., Ltd., GGO Biomorphic, 2025.
Image #2: Photographer Hayato Kurobe, GGO Biomorphic, 2025.
Image #3: Photographer Hayato Kurobe, GGO Biomorphic, 2025.
Image #4: Photographer Hayato Kurobe, GGO Biomorphic, 2025.
Image #5: Creator KOKUYO Co., Ltd., GGO Biomorphic, 2025.
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