大型打印建築
WASP為Zaha Hadid打印一座6米高空管塔
大規模打印建築，正透過讓建築師能打造結合複雜設計與高效生產的全尺寸結構，拓展積層製造的角色範疇。WASP 與 Zaha Hadid Architects 之間的合作，正體現這一轉變，雙方為 2026 年 Passenger Terminal Expo 展覽，共同打造一座高達六米的 3D 打印空中交通管制塔模型。此裝置以機械臂 3D 打印技術及防火 PETG 材質製成，展示出大幅面積層製造技術，如何能於減少製作限制的同時，交付精細複雜的建築形態。
對企業而言，機械人 3D 打印技術，帶來簡化訂製建築組件、展覽結構及未來建築元素生產流程的全新機會。自動化製造，可減少物料浪費、縮短生產週期，並令複雜的幾何結構，於製作上更具實用性。隨著大規模積層製造技術持續成熟，此技術有望於建築、施工及工業設計領域，透過支援更快速、更靈活的項目交付，扮演日益重要的角色。
英文原文
Large-scale printed architecture is expanding the role of additive manufacturing by enabling architects to create full-scale structures that combine complex design with efficient production. The collaboration between WASP and Zaha Hadid Architects demonstrates this shift through a six-meter-tall 3D printed air traffic control tower model created for the Passenger Terminal Expo 2026. Produced using robotic arm 3D printing and fire-resistant PETG material, the installation showcases how large-format additive manufacturing can deliver intricate architectural forms while reducing fabrication constraints.
For businesses, robotic 3D printing offers new opportunities to streamline the production of customized architectural components, exhibition structures and future building elements. Automated manufacturing can reduce material waste, shorten production timelines and make complex geometries more practical to fabricate. As large-scale additive manufacturing continues to mature, it is likely to play a growing role in architecture, construction and industrial design by supporting faster, more flexible project delivery.
- 來源
- Trend Hunter
- 發布
- 2026-07-27
- 品類
- Architecture
- 出處
- 3dprint, 3dwasp