Detect scratches, pinholes, micro-cracks, and contamination on lenses, light guides, gauge covers, and glass — at production speed.
Clear and transparent automotive components present unique inspection challenges. Manual methods miss what AI sees.
Clear and transparent automotive components — such as indicator covers, instrument clusters, light guides, sensors, lenses, and glass panels — play a critical role in both vehicle aesthetics and functionality. However, due to their transparent nature, these parts present unique inspection challenges. Scratches, cracks, pinholes, and contamination — even when extremely small — can compromise quality, performance, and customer satisfaction.
Manual inspection methods fall short when it comes to identifying such defects consistently. Operators often miss subtle surface imperfections due to optical illusions, reflections, and invisible micro-defects. To address these challenges, Intelgic offers a fully automated, machine vision-based inspection system, designed specifically for transparent automotive parts.
Transparency, micro-defects, complex lighting, and varied shapes — all conspire to defeat conventional vision.
Transparent materials like clear plastics and glass do not reflect light in a consistent way. Defects often blend into the background, making them difficult to detect with the naked eye or under general-purpose lighting.
Small defects may only be visible from certain angles or under specialized lighting.
Standard lighting distorts the image or masks the defect entirely via:
Clear parts may be flat, curved, or textured — requiring dynamic camera positioning and custom lighting.
An end-to-end automation platform for inspecting transparent automotive parts.
Lighting is dynamically adjusted per part type and inspection requirement, ensuring contrast-rich and defect-visible images.
The motion system is fully synchronized with the camera triggers and inspection software.
Intelgic's Certainty AI software analyzes each image in real time.
Part arrives at the inspection station via conveyor or robotic handler.
Lighting and camera positions are adjusted automatically based on part type.
Multiple images are captured from different angles (top, side, diagonal, backlight).
Images are processed by Intelgic's AI to:
Defective parts are flagged or diverted, while all inspection data is stored for traceability.
From headlamp lenses to sensor covers — one platform, tuned to each part family.
Scratches, bubbles, mold marks
Contamination, fine cracks
Internal air pockets, surface hazing
Color defects, pinholes
Chips, edge cracks, coating smears
Optical distortions, surface imperfections
Transparent automotive components require a precise and intelligent inspection approach that goes far beyond traditional vision systems. Intelgic's comprehensive solution — combining specialized lighting, advanced machine vision, motion systems, and AI-driven analytics — offers manufacturers the ability to reliably detect even the smallest defects in clear plastic and glass parts.
By automating this inspection process, Intelgic helps automotive suppliers reduce rework, eliminate quality escapes, and ensure customer satisfaction — all while improving production efficiency and compliance.
©2026 Intelgic Inc. All Rights Reserved.
