360º View Inspection
The 360° View Inspection provides complete inspection of the external surface of cylindrical and circular components, ensuring reliable quality control throughout the production process. It is ideal for bottle and container inspection, cap and closure verification, tube and cylinder quality control, circular metal component inspection, and printing and marking validation, detecting defects, contamination, dimensional deviations and coding errors with high accuracy and speed.
360° Surface Coverage
Inspects the entire external surface of cylindrical objects.
High-Speed Inspection
Keeps up with high-volume production without reducing throughput.
Flexible Configurations
Available with multi-camera, rotating part or single-camera setups.
Reliable Defect Detection
Identifies scratches, cracks, print defects and surface imperfections.
360º High Speed Production Line Inspection
- This solution uses three cameras positioned at 90º intervals around the object to capture its entire surface as it moves. It enables very fast inspections without interrupting production flow and is ideal for high volume, high speed industrial environments.
- This solution allows full visualization of the object’s side surface from top to base, ensuring continuous and uniform inspection of the entire surface.
360º Inspection with Part Rotation
- This solution combines 360º inspection with advanced image and industrial data analysis systems, enabling detection of micro defects, quality deviations and failure patterns as production runs.
- Using this information, it is possible to act immediately on recurring issues, optimize process parameters and reduce waste, increasing quality consistency and overall production line efficiency.
360º Inspection with a Single Camera
- This solution uses a 2D camera equipped with a 360º lens to inspect the entire side surface of the object in a single image. It is a simple and cost effective solution, suitable for small objects and inspection areas close to the top. It offers good coverage with lower hardware complexity.
