A study by Censuswide reveals that downtime can cost up to £1.3 million per hour, with reactive events lasting up to 72 hours and resulting in losses exceeding £31 million per incident. Misalignment alone is responsible for up to 50% of unplanned downtime, in addition to increasing energy consumption and accelerating asset wear.
At the same time, maintenance teams are under increasing pressure to do more with fewer resources, turning avoidable tasks such as repeating alignment measurements into a critical inefficiency.
RotAlign Core and RotAlign Elite have been designed to address these challenges and support the transition to predictive maintenance. New software-driven capabilities include customizable reports, email alerts, an ROI calculator, and a unique video replay feature. Available in RotAlign Elite, this feature eliminates faulty measurements without requiring repeat testing, resulting in time savings, faster job completion, and improved operational availability.
Vineet Thuvara, Chief Product Officer of Fluke Corporation, stated:
“Manufacturers today don’t lack data, but rather actionable insights and demonstrable returns. RotAlign Core and Elite were designed to eliminate costly rework, preserve critical knowledge in the face of workforce changes, and help organizations move from reactive maintenance to predictive strategies with measurable ROI.”
Thuvara added:
“This challenge is intensifying. Maintenance professionals are retiring at an accelerated rate, and tools must capture not only measurements but also technical and strategic knowledge. We are actively innovating to address this change, improving usability and simplifying tools to lower barriers to market entry.”
Key capabilities of RotAlign Core and Elite:
Faster and simpler setup: Single-laser technology requires only one sensor and one laser, simplifying installation.
Eliminates manual pre-alignment: Freeze-Frame measurement handles large misalignments without the need for pre-adjustments.
Greater accuracy: Single sensor with dual optical planes maintains accuracy even over long distances.
Real-time adjustment: Simultaneous corrections in the vertical and horizontal planes in real time.
Optimized single movement: Prevents divergence and reduces repetitive adjustments and multiple measurements.
