Whether your need is pre-installation problem prevention, post-installation remedies, or lowering maintenance costs, MSI engineers can deliver one or more discrete service components or end-to-end solutions over the lifetime of your equipment. Customized solutions can include any, or all, of the above capabilities and always include a jargon-less, clear report explaining all key findings and making detailed fix recommendations.
"I want to thank you and your team for the quick response and the exceptional work they did at site this week." – Keith Schindler, Flowserve Corporation
Avoid the trial and error approach with sophisticated testing techniques to measure problems, validate computer models, and find the root cause.
Learn More About Testing and TroubleshootingMSI has more than $2M invested in state-of-the-art design, analysis, and vibration testing tools and techniques to understand root causes of problems.
Learn More About Analysis to Find the Real ProblemSome of MSI's techniques for vibration testing includes: Operating Deflection Shape (ODS), Experimental Modal Analysis (EMA), and Impact Test (Bump Test).
MSI engineers develop specific hardware or machinery based on their proven expertise, or funded new research in various applications for commercial or government entities.
Learn More About MSI Product DevelopmentField-based vibration testing and troubleshooting to find the problem root cause and avoid a costly and chronic trial and error approach.
Learn More About Field Testing and TroubleshootingTest your installed machinery system onsite to characterize performance associated with new installations, and before/after major modifications.
Learn More About Machine Performance Testing In The FieldLaboratory-based performance and life testing for a variety of rotating machinery applications.
Learn More About Laboratory Testing Services AvailableWhether designing a new system, optimizing an existing design, or troubleshooting, Computational Fluid Dynamics (CFD) helps understand the problem and design a solution.
Learn More About Computational Fluid Dynamics Services (CFD) & ConsultingFinite Element Analysis (FEA) is used to improve designs, virtually test and validate, analyze root case failure and troubleshoot problems.
Learn More About Finite Element Analysis (FEA)An independent 3rd party rotating machinery system design assessment mitigates risk by preventing potential problems prior to installation of the equipment.
Learn More About How Design Assessments Lowers Risk and CostFEA & Rotordynamics Analyses determine torsional natural frequencies & lateral critical speeds of rotating equipment such as pumps, compressors, fans, turbines.
Learn More About Rotordynamics AnalysisOur engineers design, source, assemble and test custom turbomachinery components or entire machines in support of various applications, from millimeter scale heart pumps to multiple megawatt hydroturbines well over a meter in diameter.
Custom online condition monitoring solutions for rotating machinery that provides real time, physics-based diagnostics.
Learn More About Automated DiagnosticsHigh-speed video and 3D spatial tracking to characterize, track and analyze objects in motion for a wide variety of applications.
Learn More About High Speed Video & 3D Spatial TrackingFoil bearings offer performance & efficiency unmatched by conventional bearings for high-speed, oil-free turbomachinery systems.
Learn More About Foil Bearing DevelopmentMSI reliably resolves vibration & dynamics problems in rotating machinery using customized engineering and vibration testing services, products and nimble specialist teams. Some rotating equipment MSI has worked with are: centrifugal pumps, steam turbines, aeroderivative gas turbines, centrifugal compressors, fans, blowers, generators, etc.
Field Testing and TroubleshootingMSI vibration tests prevents problems, confirms and characterizes performance, machine life expectancy and validates computer simulations. Main tools used for MSI's specialized vibration testing includes: accelerometers, proximity probes, shaft and pipe strain gauges via telemetry systems, i.e. torque gauge to measure power, pitot tubes to measure swirl flow entering a pump, dynamic pressure transducers to detail pipe acoustic and pipe resonance to measure pressure pulsations etc.
Custom, Extensive TestingMSI product development services incorporate centuries of cumulative machinery knowledge and experience developing hardware and software solutions for customers.
MSI consultants solve difficult or urgent problems of vibration in machinery, taking into account the performance process parameters in critical rotating machinery and systems. MSI’s right-first-time, high-value solutions and clear reports are based on a 30-year track record of reliably solving the problem.
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