Supply chain disruptions, evolving tenant needs, and increased competition continue to impact the industrial and commercial real estate sector. Strategic decision-making ahead of a new facility's construction or rehabilitation of an existing building is what sets the stage for productive operations and a marketable business opportunity. One key decision centers around the type of concrete floor to install. Building owners looking to offer modernized operations should consider super flat concrete floors as an upfront investment that will drive substantial returns.
Super flat floors are intended to meet or exceed specific floor flatness and levelness profiles like ASTM E1155 and TR-34; these are indications that the builder made a much higher investment in quality control specific to the floor. Efficient facilities depend on these precisely built concrete floors as robotic systems require a high tolerance of floor flatness and levelness to operate. In a traditional building, processing plant, or parking garage, floor slope is an intentional design choice to accommodate the functional need, which is typically related to hygiene or drainage concerns. With an automated robotic property, however, even slight deviations in flatness and levelness can impact the entire facility’s operations. Service disruptions caused by uneven floors can sideline operations, pose safety risks, and delay orders, impacting the building owner's reputation in an increasingly hostile competitive landscape.
Flat and level concrete floors boost operational efficiency and space optimization, which translates to higher revenue per square foot.
To get started with super flat floors, use RoboFlat, our advanced concrete floor flatness and levelness testing solution. This cloud-based computational model analyzes large point cloud files and delivers precise results in a variety of formats, allowing building owners to get a full and detailed picture of the condition of their floor. Get started today with a free trial!