Rack-Supported Buildings
StorX Solutions specializes in rack-supported buildings to create scalable, high-bay facilities faster.
StorX Solutions specializes in rack-supported buildings to create scalable, high-bay facilities faster.
StorX delivers rack-supported buildings that replace traditional building construction with a single engineered structure that supports both storage and the building envelope. Our approach allows you to scale vertically, increase picking speed, and reduce manual handling without committing to rigid, fixed building systems.
We engineer rack-supported buildings to adapt as operational demands change, making them ideal for environments that require flexibility, automation readiness, and long-term efficiency.
StorX designs rack-supported buildings to support automated warehouse structures, shuttle systems, and ASRS technologies. Because the rack and building work as one, you gain easier automation integration and the ability to scale throughput without reworking the facility shell.
StorX delivers rack-supported buildings with a turnkey process that unifies engineering, integration, and installation under one accountable partner. Our solutions reduce coordination risk and streamline timelines from design to completion.
Our engineered rack structures are designed to support rack-supported roof and walls while meeting seismic, wind, and load requirements. StorX ensures your high bay warehouse system performs as a complete, code-compliant solution from day one.
StorX supports industries where high-bay design and flexible automation deliver long-term advantages.
With StorX, rack-supported buildings use engineered rack structures as the primary structural system for roofs and walls, reducing redundant construction while simplifying integration with storage and automation systems.
Yes. StorX designs rack-supported buildings to support automated warehouse structures, shuttle systems, and future ASRS expansion.
Yes. StorX delivers rack-supported buildings through a turnkey model that includes engineering, integration, and installation.