Laser-based inspection solutions offered by NEXSEN are designed for high-precision analysis of internal geometries in barrels and cylindrical components used in defense systems. Using non-contact laser measurement technology, these systems accurately evaluate internal diameter, surface profile, and geometric alignment at micron-level precision.
Weapon systems operate under extreme pressure, temperature, and friction conditions, which can lead to wear, erosion, and surface degradation over time. Laser-NDT technology enables early detection of such changes, supporting operational safety and long-term system reliability.
Advanced sensors combined with powerful analysis software allow the system to identify critical internal surface conditions such as cavitation damage, corrosion formation, diameter variations, ovality, local deformation, and surface wear.
Measurement data is presented through high-resolution graphical reports and three-dimensional bore mapping. This allows operators and maintenance teams to clearly evaluate wear distribution, geometric deviations, and potential risk areas within the barrel.
Laser-NDT systems provide reliable inspection data for defense organizations to support maintenance planning, lifecycle assessment, and safety evaluation of critical weapon systems.
Detectable Conditions
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Internal diameter variations
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Geometric deviation and ovality
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Wear and erosion
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Cavitation damage
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Corrosion formation
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Internal surface deformation
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Local expansions or contractions
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Structural changes affecting service life
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