设计师 Xavier Zhagui 的作品 Plan Ta 模块化花瓶荣获了极具声望的 2024 A' Design Award 铁奖，竞赛类别为3D打印成型与产品设计。

铁3D打印· 2024

Plan Ta 模块化花瓶

设计师： Xavier Zhagui

客户: DEZIGN for X

3D打印类别A' Design Award 铁奖获奖者

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关于 Plan Ta 模块化花瓶

设计师的灵感源于童年时期被自然植物和积木玩具环绕的成长环境，这引发了他的思考：是否有方法能将两者融合？通过运用空间填充多面体的独特属性与3D打印技术，设计师找到了答案。这一解决方案体现为Plan Ta——一个磁性种植积木系统，不仅可以容纳多种室内植物，还能用于搭建和游戏互动。

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关于A' Design Award 铁奖

Plan Ta 模块化花瓶是 A' Design Award 铁奖得主，这是授予满足人们对设计精良的创作所期待的专业与工业要求的优良设计的声望认可。铁奖得主展现出其创作者的高超技艺、高度专业化、专家级的理解力和创造能力。预计Plan Ta 模块化花瓶将成为一件备受推崇、令人钦佩且被珍爱的创作，既实用又创新。这件赢得 A' Design Award 铁奖的设计整合了行业最佳实践，并拥有与专业知识和才华相结合的称职技术特性。Plan Ta 模块化花瓶因其严谨而受到尊重，旨在提供有助于让世界变得更美好的生活品质改善。

设计幕后

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由设计师提供的致谢、团队成员及技术详情。

独特属性: Utilizing the unique properties of space filling polyhedrons and 3D printing, I was able to create a system of magnetic planter building blocks that you can play and build with. The modular properties of the design allow for space saving advantages by packing multiple planters together into one structure rather than spread out on a surface. A series of sizes has been created to house different types of plants, the smallest being an air plant, and the biggest being a house plant.
尺寸与包装: Small Vase
50.8mm x 71.8mm x 50.8mm
Large Vase
127mm x 179.6mm x 127mm
标签: 3D Printing, Vase, Modular, digital fabrication, dezignforx
生产技术: Inner and outer shell are (FDM) 3d printed with a textured finish. Neodymium Sphere magnets are inserted as the connection points. The material is PETG for its water resistance.
设计挑战: Creating an intuitive module that functioned both as a planter and building blocks that were fun and easy to build with.
研究: Creating a modular form that was intuitive to use and had a simple form led me to research space-filling polyhedrons. Utilizing the rapid prototyping abilities of 3d printing I was able to iterate and experiment with various polyhedron forms to find the most efficient solution. After concluding that rhombic dodecahedron would be the most balanced solution between efficiency and aesthetics, I experimented with different joint connections that would join the modules together. A series of freely rotating magnetic spheres inserted into the vase provided a simple yet effective way of joining the modules together. Material was the final stage of research, 3D printed PLA was the initial choice for its unique characteristics of biodegradability. Unfortunately, it is a very porous material which allowed drainage water leak from the vase. 3D printed PETG was more effective for its water-resistant properties. PETG is not biodegradable compared to PLA, but we are currently researching ways to recycle and cut waste, such as utilizing print to order 3d printing manufacturing strategies compared to wasteful mass production plants.
灵感: During my childhood I found a deep appreciation for natural plants in my room, and I spent a lot of time playing around and creating with building blocks. I wondered if there was a way to combine the two simple ideas. That question is what drove me to explore different geometries and manufacturing processes such as 3D printing to discover a solution.
项目周期: The project was started in July 2018 in Las Vegas and is in the final stages of development for production.
操作流程: All vases connect to each other magnetically by aligning the faces of a vase of the same size allowing you to stack them in any axis. A wall mount has also been designed, allowing you to tile any size vase onto a vertical surface. There are two sizes available, a small one and a large one.
For the small vase you simply insert the air plant into the vase and take it out when it needs to be watered. The large vase has two shells, an interior shell where the plant lives in, and the exterior shell that collects the drainage. To ease maintenance, the interior shell can be removed to allow for easier watering and trimming.
专利: Patent Pending
团队成员: Xavier Zhagui
图片版权: All Images: Photographer Xavier Zhagui, Plan-Ta, 2024.