Maddox AI automates and optimizes a wide range of visual inspection tasks for leading industrial and infrastructure companies.
In industrial and infrastructure sectors, components must withstand high mechanical and environmental stresses. Maddox AI enables real-time monitoring of manufacturing quality, ensuring strict compliance with quality assurance production standards—from transport cables to sealing components for industrial plants.
Leading Companies in the Industry and Infrastructure Sectors Already Rely on Maddox AI
while having to meet strict quality requirements
When defect-free parts are mistakenly rejected, scrap rates and production costs rise, significantly reducing overall efficiency.
Defective products at the customer site lead to complaints, consuming time and resources while damaging customer trust.
Conventional inspection systems in industrial applications struggle with high production variability, leading to increased maintenance efforts, false rejects, and costly customer complaints.
“With Maddox AI, we took the first step toward automated visual inspection of brass cages—completely risk-free. The AI software analyzes different geometries and surfaces, reliably identifying defects. The next step is to integrate the technology into full-scale production.”
Production Engineering Manager
Detection of irregularities and defects
To ensure the high quality of components in the industrial and infrastructure sectors, even when production batches exhibit slight visual variations.
Smoothness of the surface
Identification of irregularities, scratches, chips, or cracks on sensitive components such as seals or machine bearings to ensure smooth functionality and extended lifespan.
Detection of inclusions and foreign objects
Identification of inclusions, bubbles, or corrosion in critical components that could compromise their structural integrity, such as in transport cables or other stressed parts.
Detection of deformations
Identification of deformations, distortions, or mechanical damage that may occur during the manufacturing process or due to external stresses, ensuring the functionality and long-term durability of the components.
Precise component verification
Inspection of components to ensure they meet exact specifications and are assembled without errors, guaranteeing that all parts are correctly installed and suitable for operation.
Identification of cracks and fractures
Early detection of cracks or fractures that may occur on components such as transport cables or bearings, compromising their structure and safety. This allows for timely measures to be taken for repair or replacement.
Examination for correct assembly
Inspection for incorrectly mounted components or faulty alignments that could lead to malfunctions due to improper installation.
Reading of bar and QR codes
Recognition of codes for precise identification and verification of components and products.
Traceability of goods
Automate the traceability of goods, from storage to delivery, to ensure that each shipment can be accurately tracked and documented.
Detection of irregularities and defects
To ensure the high quality of components in the industrial and infrastructure sectors, even when production batches exhibit slight visual variations.
Smoothness of the surface
Identification of irregularities, scratches, chips, or cracks on sensitive components such as seals or machine bearings to ensure smooth functionality and extended lifespan.
Detection of inclusions and foreign objects
Identification of inclusions, bubbles, or corrosion in critical components that could compromise their structural integrity, such as in transport cables or other stressed parts.
Detection of deformations
Identification of deformations, distortions, or mechanical damage that may occur during the manufacturing process or due to external stresses, ensuring the functionality and long-term durability of the components.
Precise component verification
Inspection of components to ensure they meet exact specifications and are assembled without errors, guaranteeing that all parts are correctly installed and suitable for operation.
Identification of cracks and fractures
Early detection of cracks or fractures that may occur on components such as transport cables or bearings, compromising their structure and safety. This allows for timely measures to be taken for repair or replacement.
Examination for correct assembly
Inspection for incorrectly mounted components or faulty alignments that could lead to malfunctions due to improper installation.
Reading of bar and QR codes
Recognition of codes for precise identification and verification of components and products.
Traceability of goods
Automate the traceability of goods, from storage to delivery, to ensure that each shipment can be accurately tracked and documented.
Karsten Jäger
Senior Account Executive
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