From fastener failure to peak performance, in real time.
From fastener failure to peak performance, in real time.
From fastener failure to peak performance, in real time.
Your critical fasteners, processes, and team—all monitored at maximum reliability with Integrity Systems.
Your critical fasteners, processes, and team—all monitored at maximum reliability with Integrity Systems.
Your critical fasteners, processes, and team—all monitored at maximum reliability with Integrity Systems.
Get a comprehensive assessment of your facility's fastener integrity
Get a comprehensive assessment of your facility's fastener integrity
Get a comprehensive assessment of your facility's fastener integrity
Spot critical fastener failures and optimize reliability with full operational context across every asset, every fastener, everywhere—all at once.
Spot critical fastener failures and optimize reliability with full operational context across every asset, every fastener, everywhere—all at once.
Spot critical fastener failures and optimize reliability with full operational context across every asset, every fastener, everywhere—all at once.
Monitor your entire operation at a glance
From fastener monitoring to complete visibility.
From fastener monitoring to complete visibility.
From fastener monitoring to complete visibility.
Track root causes of fastener failures. Focus on critical assets and understand maintenance performance to prevent recurring issues.
Track root causes of fastener failures. Focus on critical assets and understand maintenance performance to prevent recurring issues.
Track root causes of fastener failures. Focus on critical assets and understand maintenance performance to prevent recurring issues.
Keep operations moving at full reliability.
Keep operations moving at full reliability.
Keep operations moving at full reliability.
Identify loose fasteners and eliminate failure risks before they cause costly downtime and safety incidents.
Identify loose fasteners and eliminate failure risks before they cause costly downtime and safety incidents.
Identify loose fasteners and eliminate failure risks before they cause costly downtime and safety incidents.
Cut maintenance costs, not corners.
Cut maintenance costs, not corners.
Cut maintenance costs, not corners.
Reduce emergency repairs
Reduce emergency repairs
Reduce emergency repairs
Prevent unplanned downtime
Prevent unplanned downtime
Prevent unplanned downtime
Stop catastrophic failures before they happen
Stop catastrophic failures before they happen
Stop catastrophic failures before they happen
Frequently Asked Questions
Frequently Asked Questions
Frequently Asked Questions
How do Integrity sensors work?
Our sensors use a combination of vibration analysis, strain measurement, and proprietary algorithms to monitor fastener integrity. They attach directly to critical bolts, studs, and other fasteners, continuously measuring micro-movements, stress variations, and other indicators that signal potential loosening or failure.
Do sensors require calibration?
Can sensors be installed on existing equipment?
What is the measurement accuracy?
Are the sensors intrinsically safe?
How do Integrity sensors work?
Our sensors use a combination of vibration analysis, strain measurement, and proprietary algorithms to monitor fastener integrity. They attach directly to critical bolts, studs, and other fasteners, continuously measuring micro-movements, stress variations, and other indicators that signal potential loosening or failure.
Do sensors require calibration?
Can sensors be installed on existing equipment?
What is the measurement accuracy?
Are the sensors intrinsically safe?
How do Integrity sensors work?
Our sensors use a combination of vibration analysis, strain measurement, and proprietary algorithms to monitor fastener integrity. They attach directly to critical bolts, studs, and other fasteners, continuously measuring micro-movements, stress variations, and other indicators that signal potential loosening or failure.
Do sensors require calibration?
Can sensors be installed on existing equipment?
What is the measurement accuracy?
Are the sensors intrinsically safe?
How do Integrity sensors work?
Our sensors use a combination of vibration analysis, strain measurement, and proprietary algorithms to monitor fastener integrity. They attach directly to critical bolts, studs, and other fasteners, continuously measuring micro-movements, stress variations, and other indicators that signal potential loosening or failure.
Do sensors require calibration?
Can sensors be installed on existing equipment?
What is the measurement accuracy?
Are the sensors intrinsically safe?
