AI Vision Inspection for Brake Pads- Automotive

DeepInspect- AI-powered automotive brake pad quality control software

Ensure flawless brake pad quality with AI-powered visual inspection using DeepInspect. Our system detects critical defects like cracks, edge chipping, rust, uneven thickness, surface contamination, etc.—all in real time with over 99.5% accuracy. DeepInspect enables automated brake pad inspection without relying on manual checks, significantly reducing human intervention and errors. With just 200 good samples needed for training, the system quickly adapts to new brake pad SKUs, performing inline inspections at high speeds. Whether it’s dimensional inspection, surface defect detection, or identifying delamination and material flash, DeepInspect ensures consistent quality across every unit. Trusted by top automotive manufacturers, our solution integrates seamlessly into existing lines, offering real-time analytics, quality reports, and low false positives—all in a compact, robust setup. Upgrade to DeepInspect and transform your brake pad quality control

Reduce rejections in brake pad manufacturing

APPLICATION

Impact

DeepInspect transforms brake pad inspection by eliminating manual errors, reducing labor costs, and ensuring consistent quality. With 99.5% accuracy, it detects defects like cracks, chipping, and rust in real time—boosting efficiency, traceability, and confidence in every unit shipped.

Brake Pad Quality Inspection with 99.5% Accuracy

Brake Pad Scratches

Brake pad defect detection

Brake Pad Dents

Dimensional inspection of brake pads

Brake Pad Rust

Brake pad surface defect analysis

OCV/ OCR

Brake pad edge chipping detection

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    What is brake pad defect detection?

    Brake pad defect detection is the process of identifying surface issues like cracks, edge chipping, burrs, or dents using automated visual inspection systems

    How does DeepInspect, AI-powered brake pad inspection work?

    AI brake pad inspection  systems powered by DeepInspect use industrial cameras and deep learning algorithms to analyze images in real-time and flag quality defects with over 99.5% accuracy

     

    What types of defects can be detected on brake pads?

    Commonly detected defects include surface scratches, cracks, burrs, uneven thickness, rust, and missing or blurred OCR markings on the brake pad.

     

    What cameras does inspection software Deepinspect support?

    We support Area Scan, Line Scan, and Thermal cameras. Our software is compatible with industry-standard vendors like Basler, Baumer, Allied Vision, FLIR, and others.

    Why is OCR inspection important for brake pads?

    OCR (Optical Character Recognition) verifies engraved codes or serial numbers to ensure traceability, batch integrity, and compliance with OEM standards.

     

    How many images are needed to train DeepInspect's machine vision model?

    DeepInspect requires fewer than 200 good images for model training, significantly reducing setup time for defect detection 

    Does DeepInspect need defective (NG) images for AI model training?

    No. DeepInspect uses unsupervised AI, eliminating the need for NG images in training.

    How long does it take to train a model with DeepInspect?

    Model training is completed in less than 45 minutes, allowing rapid deployment of vision inspection system

    How quickly can a production line demo be done with DeepInspect?

    A line demo for DeepInspect system can be conducted within a day, showcasing its fast implementation and ease of use