Knowledge & Resources | Applications

Laser-based profile measurement enables precise recording of tire profiles. This allows wear, dimensional accuracy, and quality to be reliably checked during the manufacturing process.

Laser-based image processing reads and checks tire markings such as the DOT code. This ensures reliable traceability and quality assurance in tire manufacturing.

During tire production, potential height deviations, bulges, and other irregularities are checked. Z-LASER solutions serve as a precise light source in conjunction with cameras and image processing. Thanks to the exact straightness of the laser lines and a uniformly bright projection, deviations can be reliably detected. This enables efficient inspection, strengthens quality assurance, and increases productivity throughout the entire tire manufacturing process.

Inspecting tire splices is crucial for detecting defects such as open areas, overlaps, or irregularities at an early stage and ensuring the safety and longevity of the tires. The laser plays a central role in this process, working in conjunction with a camera and image processing. Its precisely straight lines, which are visible on dark rubber regardless of contrast, reveal even the smallest anomalies that would be invisible to the naked eye. This increases the accuracy of the inspection and ensures consistently high tire quality.

The width and edges of the rubber tracks are precisely monitored using laser light, ensuring that subsequent process steps run efficiently and that changeover times are minimized through early error correction. What matters is not only uniform projection, but also line straightness and thermal stability. The robust laser modules are specifically designed for these requirements, guaranteeing high precision and process reliability.

In combination with an appropriate camera, laser-based image processing solutions make it possible to quickly and reliably check whether individual components and parts have been mounted in the correct position. This also enables rework to be carried out more efficiently.

Machine vision lasers measure profiles quickly and reliably. This ensures dimensional accuracy and product quality during the ongoing production process.

Machine vision lasers detect and count small parts reliably in real time. This prevents errors in production and ensures stable, consistent quality throughout the process.

Machine vision lasers detect even the smallest surface defects in real time. Surface inspection enables precise detection of cracks, flaws, and structures for quality assurance in industrial manufacturing. This ensures product quality and increases process reliability in production.

Machine vision lasers inspect railway wheels and tracks with the highest precision. This allows wear and damage to be detected at an early stage, increasing operational safety in rail transport.

For bridge condition monitoring, image-based analysis methods using machine vision lasers enable in-depth evaluation. These innovative approaches help to effectively detect structural defects such as deformations, cracks, or corrosion. As a result, maintenance is optimized, bridge safety is improved, and unforeseen repair costs are reduced.

Tunnel inspection using laser scanning and image processing technologies enables precise and comprehensive analysis of the tunnel structure. With these techniques, detailed 3D models of the tunnel can be created that reveal cracks, leaks, wear, and other structural defects. This increases the efficiency of maintenance work and enhances safety.