3D printing is shaking up the construction industry in ways we never imagined!
One fascinating example is BioHome3D, developed by the University of Maine. It's the first 3D-printed house made entirely from bio-based materials, using wood fibers and bio-resins to create a fully recyclable, highly insulated home. This innovation isn't just about speed—it's tackling real-world challenges like labor shortages and supply chain issues, making housing more affordable and sustainable. Plus, the precision of 3D printing minimizes construction waste, which is a huge win for the environment.
If you're curious, you can check out more about BioHome3D here— https://composites.umaine.edu/advanced-manufacturing/biohome3d/
It's a glimpse into the future of housing! 🚀 What do you think? Would you live in a 3D-printed home?
3D Printing 房屋係新trend？
3D打印房屋之所以更快、更環保，主要有以下幾個原因： 更快的建造速度 🌟 自動化施工：3D打印技術能夠連續運作，無需傳統建築的繁瑣工序，如砌磚、澆築混凝土等，大幅縮短施工時間。 減少人力需求：相比傳統建築，3D打印房屋只需少量技術人員監控機器運作，降低了人力成本和施工時間。 即時設計調整：透過數字化建模，設計可以快速修改並直接輸出至打印機，避免傳統建築中因設計變更而造成的延誤。 更環保的建築方式 🌱 減少建築廢料：3D打印技術採用精準的材料分配，避免傳統建築中因切割、修整而產生大量廢料。 使用可持續材料：部分3D打印房屋採用低碳混凝土、生物基材料或回收材料，降低碳排放。 節能建築設計：3D打印技術可以打造更高效的隔熱結構，減少冷暖氣能耗， 提高能源利用率 💡 目前，美國、荷蘭、阿聯酋等地已經開始推動3D打印房屋的應用，甚至有企業能在24小時內完成一棟房屋的建造！這項技術不僅能解決住房短缺問題，也為未來的可持續建築提供了新方向。 你覺得香港可以用到呢個科技嗎?
#skywayasiarecruitment #3dprinting #construction