Modern automotive production facilities rely on AGVs and robotic transport systems to move chassis, components, and materials throughout the assembly process. These highly sensitive systems demand perfectly level, seamless flooring to ensure accurate navigation, reduce equipment wear, and maintain continuous manufacturing efficiency.
The Problem
Automated Guided Vehicles (AGVs) are essential to modern automotive manufacturing, transporting vehicle components and assemblies across production lines with minimal human intervention. However, uneven floors, expansion joints, surface deterioration, and concrete wear can disrupt sensor accuracy, cause navigation errors, increase wheel wear, and ultimately bring production operations to a halt. Even minor floor imperfections can have significant consequences for automated manufacturing performance.
WHAT IS THE RISK?
AGVs rely on precision guidance systems to operate efficiently. Surface irregularities can cause vibration, tracking deviations, and premature wear on wheels and sensors. Over time, these issues lead to maintenance costs, production delays, reduced operational efficiency, and increased risk of unexpected downtime.
Carbolink’s high-performance self-leveling epoxy and polyurethane floor systems create ultra-flat, seamless surfaces specifically engineered for AGV operations and robotic manufacturing environments. These systems provide exceptional durability, precision flatness, and long-term performance under continuous industrial traffic.
The existing concrete slab is diamond-ground and profiled to achieve tight flatness tolerances required for automated vehicle movement and robotic operations.