Autonomous Real-time Monitoring Devices, AI Systems and Data Analytics for optimizing concrete curing, saw-cutting, and finishing operations.
Our scalable tools and analytics systems provide tailored operating modules enabling data required for optimizing time-critical procedural steps throughout the concrete construction process.
Real-time monitoring of humidity conditions throughout the concrete hardening period up to 72 hours after placement. Enables adjustments to curing methods in real-time to compensate for atmospheric conditions and prevent random cracking.
Determine appropriate sawcut timing and depth to ensure crack formation below weakened plane. Specify timing for early-entry sawing to saw neither too soon (causing raveling) nor too late (resulting in random cracking).
Precision timing and technique monitoring for floating, finishing, and burnishing passes. Prevent burning, overfinishing, blisters, and delamination by tracking moisture levels and blade pressure throughout the troweling process.
Tailored operating modules for both paving and flooring applications. Optimize time-critical procedural steps with interpretative and predictive capabilities for mix-design, ride-on power-trowels, and lifecycle asset management.
CONTROL™ technology is designed for a wide range of concrete construction applications, ensuring optimal curing and quality across diverse project types.
Monitor concrete pavement curing for highways, interstates, and local roads. Ensure optimal strength development and prevent premature cracking in critical transportation infrastructure.
Critical infrastructure projects require precise curing control. Track temperature gradients and moisture levels in bridge decks, columns, and structural elements to ensure long-term durability.
Optimize concrete curing for commercial construction projects including office buildings, retail centers, and industrial facilities. Maintain quality standards while meeting tight construction schedules.
Ensure superior concrete quality for airport runways, taxiways, and aprons. Real-time monitoring helps prevent thermal cracking and ensures uniform strength development across large concrete placements.
Monitor concrete curing in multi-level parking garages and surface lots. Optimize saw-cutting timing to prevent random cracking and ensure long-lasting, durable parking infrastructure.
Perfect for warehouse floors, manufacturing facilities, and distribution centers. Ensure optimal concrete strength and surface quality for heavy-duty industrial applications.
