Blast Monitoring & Analysis Solutions
SnapShock Wavelet Transform
SnapShock uses wavelet transform analysis of standard seismograms to extract detailed timing information from blast events.
This enables:
- Precise detection of detonator firing times
- Identification of timing irregularities
- Detection of dangerous misfires
By converting complex vibration signals into actionable insights, SnapShock improves both safety and performance evaluation.
Ctrl-V Signature Hole Timing
Ctrl-V is a software-driven solution designed to optimize blast timing sequences and reduce harmful vibration.
Using a newly developed monitoring criterion, Ctrl-V:
- Adjusts delay timing between detonations
- Controls vibration levels at the source
- Minimizes structural damage and environmental impact
This results in safer blasting operations and improved compliance with regulatory limits.
Structural Health Monitoring Solutions
SpyBeam Strain Gauge Array
SpyBeam is a structural health monitoring system that uses precision strain measurement to detect damage in beam-based structures.
By measuring deformation behavior across the beam, SpyBeam can identify:
- Early-stage structural damage
- Fatigue and material degradation
- Changes in load response
Applications include:
- Bridges
- Cranes
- Aircraft wings and rotors
This approach enables continuous monitoring and early warning, improving safety and reducing maintenance risk.
TensorGage Strain Tensor Device
TensorGage is an advanced measurement system that captures the complete strain tensor as a function of time, providing a full picture of how forces act within a material or structure.
It measures:
- Internal strain (e.g., within bone and joints)
- External strain (e.g., footwear and contact surfaces)
- Both pressure (normal forces) and shear forces
This allows for detailed analysis of complex deformation, supporting applications in both structural systems and biomechanics.