CTRL Acoustic Ultrasound Solutions
Updated: Oct 15, 2021
Acoustic Ultrasound in Containers
CTRL Systems offers acoustic ultrasound solutions for performing quality control and maintenance on non-pressurized cabins in industries such as the heavy equipment and container industries. The purpose of detecting leaks on mobile container shelter systems, welds, and seams is to keep expensive equipment contained within dry and airtight locations to prolong shelf life and service. Although the current industry standard for verifying the integrity of gaskets and shields is a simulated rainstorm or watershed testing, this method can be cumbersome and time consuming. CTRL’s ultrasonic testing of non-pressurized automotive and heavy equipment cabins has proven to be a better alternative to watershed testing by maximizing the results of your cabin testing while minimizing cost and physical risk.
About CTRL Systems
Since 1989, CTRL has been designing, manufacturing, and integrating acoustic ultrasound solutions for our clients around the world.
Through CTRL's industry-leading acoustic ultrasound sensors, supported by comprehensive training and cloud-based data management SaaS, we help to improve and sustain our clients’ production reliability while reducing energy costs.
What Sets CTRL Apart?
Our ultrasound condition-based monitoring (CBM) takes place in a non-destructive testing (NDT) environment, allowing users to inspect and accurately monitor assets while equipment is fully operational. Our hardware is supported by in-person and cloud-based training, as well as a first-of-its-kind data management platform: InCTRL. The CTRL approach to acoustic ultrasound CBM is viable for a single-site operation or a global multi-site organization.
Acoustic Ultrasound Solutions
CTRL’s ultrasound reliability program is implemented through a turnkey process that results in production reliability, quality control, safety, and improved energy savings. CTRL Systems, Inc. is dedicated to helping your organization quickly integrate advanced ultrasound technologies to enhance operational efficiency, increase cost effectiveness, and achieve superior reliability results.