Let your SmartRock® Pro sensor work for you
Let your SmartRock® Pro sensor work for you
SmartRock® Pro is the world’s 1st fully self-calibrating concrete strength monitoring sensor. It’s wireless, fully embedded on rebar, and mix-independent, enabling concrete projects to run faster and safer while unaffected by mix fluctuations. It allows you to cut costs, eliminate delays, and produce less waste from break tests.
On a construction site, predicting daily changes becomes a challenge, especially when these variabilities affect the quality of the project. From weather conditions, to scheduling, even down to last-minute changes in your mix order and delivery, SmartRock® Pro takes it all in stride by calibrating for you. Concrete strength monitoring has never been easier with real-time results accessible remotely through the SmartRock® mobile app and on the Giatec 360™ cloud dashboard.
Intuitive & Mix-Independent
SmartRock® Pro utilizes patent-pending Concrete Electro-Mechanical Microstructural Analysis (CEMMA) technology that enables strength monitoring by measuring concrete microstructure and eliminates the need for manual calibration of both your concrete mix and hardware. This one-of-a-kind technology works with a wide range of mix designs making it suitable for almost any type of project. Don’t let fluctuations in your mix hold you back, determine real-time strength anytime.
Self-Calibrating
With each day costing $10K-$15K, construction companies can save about 1-2 days per pour just by knowing strength results in real-time. Additionally, with concrete being delivered to site with very little visibility of the variability of the mix from truck to truck, your self-calibrating sensors will measure accurate concrete strength independently of the concrete being received. Simply tag the sensor with our free app and install on rebar before the pour.
Discover SmartRock® Pro
Innovation in 2 essential components connected by a 50 cm cable
Discover SmartRock® Pro
Innovation in 2 essential components connected by a 50 cm cable