Virtually all rotating equipment undergoes positional shifts during operation. TrakVue® 2.0 empowers reliability and maintenance teams to track it, measure it, and solve it—with confidence and clarity.
TrakVue® 2.0 isn’t just measurements—it’s motion intelligence, visualized.
Following the major v4.0 overhaul of VibVue®, development focus shifted to TrakVue®—MSI’s optical tracking, measurement, and alignment platform. As sister products, VibVue® and TrakVue® share foundational capabilities. With the launch of TrakVue® 2.0, these proven features are now complemented by significant user experience enhancements, delivering more intuitive and streamlined workflows from start to finish.
TrakVue® 2.0 transforms how teams diagnose, measure,and solve alignment and positional challenges—using high-resolution video and precision optical tracking to make root causes more visible.
Built for professionals who need fast, reliable answers, TrakVue® 2.0 delivers powerful motion insight across start-up, runtime, and load-shift conditions—empowering teams to move from guesswork to confident, data-driven decision-making.
TrakVue® 2.0 is engineered to measure positional change across a wide range of industrial assets, including:
From thermal growth during start-up to pressure-induced movement at load, TrakVue® 2.0 captures alignment shifts that traditional tools can miss. Accurately measure and verify cold offsets without shutting down the machinery train. TrakVue® also provides a convenient way to verify pipe support effectiveness during operation, ensuring nozzle loads and pipe stress on rotating machinery are properly limited.
Video-First Alignment Intelligence
See machinery movement unfold in real time with synchronized visual and data analysis.
Short- to Long-Duration Tracking
Measure motion events from rapid transients to extended operational periods.
Multi-Dimensional Insight
Combine displacement graphs, overlays, and filtered video for deeper diagnostics.
Rapid Problem Resolution
Quickly diagnose alignment issues driven by thermal change, piping forces, or operational loads.
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