LAM had the chance to explore the furniture collections at nanoHome, studying the “smart joint” system of the USM Haller cabinet and the sophisticated wood-stitching technique of the Couture Armchair. We also visited the Nanoco building, recognized for its innovative design and materials, which offered valuable insights and inspiration for LAM’s collaboration with nanoHome. In terms of materials, the use of white raw silk fabric with detailed sewing was fitting for the space. However, it was the accessories that posed a significant technical challenge, prompting innovation within LAM’s team. Although these components were tiny and concealed within a narrow gap, they resolved multiple technical requirements simultaneously: Attached to the glass-block structural frame without drilling, cutting, or welding, and allowed flexible adjustment and complete concealment of the accessories within the 70mm gap between the glass blocks and the gypsum ceiling. The smallest rail profile in LAM’s system was used for this context. The installation process was efficient, minimizing noise and dust while meeting construction needs in a working environment.