Bridges
We develop technologies to monitor the structural integrity of bridges and other beam-based systems by measuring strain and detecting early signs of damage. This enables proactive maintenance, reduces risk of failure, and supports long-term infrastructure safety.
Blasting
Our solutions analyze and control vibrations from blasting operations, helping to minimize structural impact, improve safety, and ensure regulatory compliance. We also provide precise timing analysis to detect misfires and optimize blast performance.
Biomechanics
We apply strain measurement techniques to understand forces within the human body and contact surfaces like footwear. This supports better diagnosis, improved performance, and development of solutions to prevent or correct mechanical stress issues.
We provide advanced methods for detecting damage in beam-based structures, including bridges, aircraft wings, cranes, and similar systems.
Our approach focuses on measuring strain behavior within the structure to identify:
Unlike traditional inspection methods, our solutions offer continuous monitoring and can detect issues before they become visible or critical.
Blasting and impact events generate vibrations that can affect nearby structures and communities. We provide tools and analysis to measure, predict, and control these vibrations.
Our services help:
By optimizing blast timing and understanding vibration patterns, we enable safer and more controlled operations.
Accurate knowledge of firing times is critical for blast safety. Our solutions use advanced signal analysis to detect:
This allows operators to:
We extend our measurement technologies into biomechanics, focusing on how forces act within and around the human body.
Our work includes measuring strain:
This enables: