Maddox AI’s fully automated 100% quality inspection reliably detects even the smallest defects on rubber parts with complex geometries.

With Maddox AI, the inspection of bearing cages for industrial, railway, and maritime applications is now fully automated. Surface defects such as burrs, roughness, or material flaws are reliably detected—without manual inspectors and with consistently high inspection quality.

Surface defects such as improper cutting edges, cracks, scratches, and contamination can be reliably and automatically identified on injection-molded parts with the help of Maddox AI.

Maddox AI automates the visual final inspection of pivot pins with high reliability and precision—even for complex surface geometries, demanding handling requirements, and zone-specific defect catalogs.

Surface defects such as rust, stains, or chipping can be reliably identified with Maddox AI. This not only reduces customer complaints but also enables targeted optimizations in the manufacturing process.

By integrating Maddox AI into the existing camera system, manual re-inspection of laser bars is significantly reduced, while detection quality is improved and the OK/NOK evaluation is standardized.

By upgrading to the Maddox AI software, an Keyence existing camera system was significantly improved. Pseudo-scrap was drastically reduced, eliminating the need for manual re-inspections and increasing process reliability.

By combining an in-line inspection device with line-scan cameras and the Maddox AI software, sealing sheets are reliably and 100% inspected – even at high web speeds.

Maddox AI’s fully automated quality inspection reliably detects various defects and impurities such as foreign bodies, bubbles, water droplets, hair and more.

Thanks to Maddox AI, a previously unstable inspection system was replaced with an AI-based solution that ensures reliable and continuous inspection of hoses after the extrusion process. By significantly reducing pseudo-scrap, manual effort, and recall actions, the cost efficiency of quality control was greatly improved.

Maddox AI successfully automates the inspection of impact points, incorrectly mounted components and scratches on ball bearings.

Maddox AI enables the reliable and automated identification of defects such as sheet metal damage, bubbles in the potting, damaged conductor paths and many more.

Maddox AI’s software, as well as the implementation of three individual camera systems, can reliably inspect surfaces, labels and imprints.

Maddox AI can efficiently and reliably automate the inspection of surface defects, such as scratches, burns, or stripping cuts.

By upgrading the existing camera system with Maddox AI’s software, the visual quality control of data cables is enhanced with AI-powered defect detection, making it not only more precise but also more consistent.

Maddox AI’s consistent, fully automated 100% quality inspection reliably detects defects in over 50 different product types.

Maddox AI automates crack inspection of screw heads reliably and in real time. Even fine defects are detected precisely, while false rejects and manual re-sorting effort are significantly reduced.

Maddox AI significantly reduces effort for weld and crack inspections on shipboard container cranes by automatically pre-sorting relevant damage sites and suspected defects.

Maddox AI retrofitted onto a Keyence system delivers robust 100% inline inspection of strip metal parts—catching slug marks, scratches, impact damage, and missing holes while cutting false rejects and manual readjustment.

With Maddox AI, the labor-intensive manual visual inspection of punched parts is replaced by a scalable, AI-powered solution that delivers reliable results, reduces complaints, and enables significant personnel savings.

Maddox AI automates 100% inline inspection of transmission housings and reliably detects defects such as chips, dents, cracks, porosity, missing material, scratches, contamination, and draw marks across multiple views.

Maddox AI ensures stable and reliable surface inspection in foils production, preventing downtime and guaranteeing delivery capability at all times.

With Maddox AI, the inspection of medical microchips is carried out reliably and automatically—defects such as foreign particles, scratches, or overfilling are detected with precision. This ensures consistently high quality and maximum patient safety.

With the use of Maddox AI, different capsule types can be reliably distinguished during a product changeover. This saves tens of thousands of capsules that were previously discarded as a precaution.

Maddox AI enables complete weld seam inspection on rainwater downpipes without having to rotate the component. This transforms the previously sample-based inspection into an efficient, automated process with high defect detection rates and significantly reduced personnel requirements.

Maddox AI enables the reliable automation of surface inspections for metal objects, accurately detecting defects such as scratches and dents.

Maddox AI enables the efficient and reliable automation of high-voltage cable inspections. It accurately detects and classifies surface defects such as holes, bubbles, weld marks, and other irregularities.

Surface defects such as impurities, burrs and cracks on tips of syringes can now be reliably checked automatically with the help of Maddox AI.

Upgrading to Maddox AI Software optimized the existing camera system to the point that manual re-inspections became unnecessary. Maddox AI’s consistent, fully automated 100% quality inspection reliably detects defects such as wire breaks, knots, corrosion and many other types of defects.

Thanks to Maddox AI’s device and software, incorrectly assembled components and other damages can be detected and tracked to a specific PCB.

With Maddox AI, the visual inspection of dental implants is now fully automated. Critical defects such as foreign particles, scratches, or signs of corrosion are reliably detected to ensure the highest product quality and patient safety.

Whether cracks, chipping, or polishing defects — with Maddox AI, the visual inspection of SiC rings is carried out automatically, objectively, and efficiently, ensuring consistently high inspection accuracy even with large volumes.

With Maddox AI, a centralized cloud platform was introduced where defect classes, reference standards (golden samples), and inspection rules are defined once and then deployed as identical inspection logic to every location.

Maddox AI enables the reliable and automated identification of surface defects such as soiling, metallic abrasion, impact marks, scratches, chipping on ceramics and many other defects.

Surface defects such as dents, burnt spots, or insulation faults can be reliably and automatically checked using Maddox AI.

By integrating a rotating inspection cell with three cameras in combination with Maddox AI’s software, the plastic seals are reliably inspected 100% of the time.

Maddox AI ensures that all relevant parts of a customer-specific order have been correctly mounted on a the customer’s tractor.

Thanks to Maddox AI, the codes and labels on different cartons are reliably recognized, read, matched as well as rejected and re-evaluated in case of discrepancy.

By upgrading an existing Keyence vision system with Maddox AI, the quality inspection was taken to a new level. Thanks to Maddox AI, even the smallest defects in seals, pins, or plastic coatings of complex plastic–metal components can be reliably identified. The significant reduction in false rejects eliminated the need for manual re-inspections.

Maddox AI enables the automated detection of typical coating defects such as scratches, inclusions, or paint residues – fully integrated into the customer’s existing robotic system.

Maddox AI enables reliable and fully automated visual inspection of filter components in high-volume automotive series production. Even defects that are difficult to detect and visually very similar to good parts can be identified precisely — while maintaining extremely short cycle times.