XIO Lift Industrial Park (Phase III) is a paradigm-shifting "Future Factory" that harmonizes high-end manufacturing with a vibrant, human-centric industrial community. Located at the intersection of the G60 Innovation Corridor and the Hangzhou East City Smart Manufacturing Corridor, the 255,000 sqm project responds to the "Intensive Utilization of M1 Land" policy through an innovative "Industrial Urbanism" approach. It integrates production, R&D, education, and commerce into a cohesive, multifunctional ecosystem that transcends the traditional isolation of industrial sites.
The master plan follows a clear tripartite organization: a southern high-rise cluster for headquarters and living, a central ecological green belt, and a northern large-scale single-story intelligent factory—the largest of its kind in the elevator industry. Breaking away from utilitarian industrial norms, the design introduces the "Vibrant Space" concept. By implementing the "Industrial Verticalization" practice, the headquarters building vertically integrates testing centers and industrial showrooms within a clustered tower configuration, maximizing land efficiency while maintaining seamless logistical flow. This community-centric layout also houses XIO University and a public flagship store, fostering a blend of industry and city life.
A defining feature is the "Industrial Tourism" route, which transforms the manufacturing process into an immersive experience. Visitors traverse a central green axis via weather-protected corridors equipped with automated conveyor walkways—ingeniously showcasing the company’s elevator products in situ. This circulation organically links the "vertical" headquarters with the "horizontal" production lines, replacing the "cold" image of traditional factories with a ceremonial, nature-infused tour.
Architecturally, the project balances precision with green sustainability. The northern factory features a dramatic "floating" roof with expansive golden eaves, while the southern towers utilize vertical glass curtain walls to achieve a rhythmic, modern facade. By employing passive ventilation and a comprehensive rooftop photovoltaic system, the facility can achieve energy self-sufficiency, setting a new benchmark for ecological, intelligent manufacturing.