Pile Condition Monitoring
$25 before discount
$21,667
The MIT-Monolit series devices are designed for ultrasonic testing of homogeneity, integrity, and strength of concrete piles and foundations. They are equipped with a bright industrial touchscreen, built-in radial transceiver, wireless depth counting wheel, and a replaceable battery with an autonomous operation of more than 8 hours. The unified software automatically collects and interprets the first echo pulses, allowing for quick detection of internal defects, assessment of concrete homogeneity, and construction of 3D models of piles.
Fits Pile Condition Monitoring workflows and can be integrated into laboratory operations without extra manual overhead.
Fits Pile Condition Monitoring workflows and can be integrated into laboratory operations without extra manual overhead.
Fits Pile Condition Monitoring workflows and can be integrated into laboratory operations without extra manual overhead.
Fits Pile Condition Monitoring workflows and can be integrated into laboratory operations without extra manual overhead.
Fits Pile Condition Monitoring workflows and can be integrated into laboratory operations without extra manual overhead.
Fits Pile Condition Monitoring workflows and can be integrated into laboratory operations without extra manual overhead.
Fits Pile Condition Monitoring workflows and can be integrated into laboratory operations without extra manual overhead.
The device detects defects in concrete structures with precision up to 1 cm, ensuring reliable quality control of piles and foundations
From 2 to 4 channels (depending on the model) allow for more accurate and comprehensive measurements from different sides of the object under study
The replaceable battery provides continuous operation for more than 8 hours, allowing for all measurements on site without recharging
The built-in software automatically collects and interprets echo pulses, making it easier to identify defects and assess concrete homogeneity
The ability to build three-dimensional models of piles allows for visual assessment of the internal structure and detection of hidden defects
