3D Buildmesh: A Fountain Pen of Architectural Elegance

Integrating Architecture and Writing

Inspired by the architectural aesthetics of the iconic 30 St Mary Ax in London, designers Chungsheng Chen and Enyang Chen have created the 3D Buildmesh fountain pen. This unique writing tool combines the art of writing with the balance, symmetry, and line sense found in architectural structures. Made using additive manufacturing technology and 316 medical grade stainless steel, the 3D Buildmesh fountain pen offers a lightweight, exquisite, and customizable design.

In today's digital age, the act of writing with a fountain pen represents a precious and noble taste. The 3D Buildmesh fountain pen pays homage to the tradition of writing by incorporating architectural elements into its design. The inspiration for this pen came from the renowned landmark, 30 St Mary Ax in London, known for its balance, symmetry, and towering structure. By translating these architectural aesthetics into a writing tool, the designers have created a pen that exudes elegance and warmth.

What sets the 3D Buildmesh fountain pen apart is its innovative use of architectural structure elements. The pen body is designed as an integrated form of a mesh, which is made possible through additive manufacturing technology. Using 316 medical grade stainless steel, the pen body is both rigid and lightweight, eliminating the need for support materials during production. This not only saves time and cost but also reduces material consumption, making the pen a sustainable choice.

The 3D Buildmesh fountain pen is not just a functional writing tool; it is a work of art. Its unique design and material choice give it a distinct value and significance. The pen's dimensions of 140mm in length and 14mm in diameter, along with its weight of 30g, provide a comfortable and ergonomic writing experience. The German Schmidt F-tip nib, available in gold, silver, or duo colors, adds a touch of luxury to the pen.

The realization of the 3D Buildmesh fountain pen is made possible through additive manufacturing or metal 3D printing. The pen is crafted using 316L medical grade stainless steel, ensuring its durability and longevity. The environmental protection electroplating, compliant with RoHS standards, adds a sleek and polished finish to the pen.

The 3D Buildmesh fountain pen is not just a writing instrument; it is a symbol of personal identity and a legacy in the digital era. In a world dominated by digital gadgets, the art of writing with a fountain pen showcases a refined taste and appreciation for craftsmanship. Whether as a personal accessory or a special gift, this fountain pen carries great significance and adds a touch of elegance to any writing experience.

The 3D Buildmesh fountain pen project began in January 2021 at Tainan University of Technology and was later developed and marketed by the design team at acdesign associates International Co., Ltd. The final product was successfully launched and crowdfunded on the zec-zec platform in November 2021. The journey from inspiration to realization showcases the dedication and innovation behind this exceptional fountain pen.

The 3D Buildmesh fountain pen is a testament to the power of research and innovation. By combining architectural aesthetics with additive manufacturing technology, the designers have created an extraordinary pen that stands out in the fountain pen industry. The use of metal 3D printing and the integration of architectural structure elements have revolutionized the manufacturing process, resulting in a pen that is not only visually stunning but also sustainable.

The 3D Buildmesh fountain pen has received recognition for its exceptional design. It was awarded the Iron A' Design Award in the Art and Stationery Supplies Design category in 2023. This prestigious award is a testament to the pen's well-designed, practical, and innovative nature, meeting both professional and industrial requirements.


Project Details and Credits

Project Designers: ChungSheng Chen
Image Credits: Image#1~Image#5: Photographer EnYang Chen Video Credit: Editor TingYuan Lin
Project Team Members: ChungSheng Chen EnYang Chen TingYuan Lin Tainan University of Technology Product Design Dept Acdesign Associates International Co.,Ltd ITRI Southern Region Campus
Project Name: 3D Buildmesh
Project Client: ChungSheng Chen


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