Precision profiling of diameter, circularity, eccentricity and surface defects in cylindrical or hollow components
The challenge
Many industrial and defense applications require the geometric characterization of cylindrical parts, including inner diameter, roundness, surface integrity, or wear
Manual inspection methods lack accuracy, traceability, or repeatability — and are time-consuming
In military applications, such as gun barrels, it is critical to monitor internal wear, pitting, diameter loss, or coating damage
Environments may be metallic, magnetic, and difficult to access (e.g. confined tubes, long bores, or coated surfaces)
Our technical response
Barrel Control System (BCS) designed for high-resolution, non-contact inspection of gun barrels and tubes
Measurement with multiple capacitive sensors mounted on a probe and adapted to the tube’s material, coating and geometry
High repeatability for inner diameter, circularity, and coating thickness defects
Scalable solutions for various diameters and inspection depths
Measurement output is digitally processed and compatible with documentation requirements from barrel manufacturers and inspection authorities
Proven applications
Get high-precision geometric mapping of internal tubes without mechanical contact
Prevent failures and qualify components before and after field operation
Adapt to both military standards and energy sector specifications
Offer digital traceability and documentation of barrel health over time
Reduce maintenance downtime and enhance operator safety