Translucent Plastic Inspection Automation
See through the scatter with our advanced vision systems designed for translucent and semi-transparent materials
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See through the scatter with our advanced vision systems designed for translucent and semi-transparent materials
Book a call
Our systems are optimized for a wide range of translucent and semi-transparent plastics across industries
Translucent parts transmit light but scatter it internally, creating unique inspection challenges
Defects blend with milky background, making detection difficult
Bubbles, gels, and contaminants don't register in standard bright-field
Altered brightness causes false calls in traditional systems
Gloss vs. matte zones from molding create inconsistent readings
Transmission/backlight converts internal structure into measurable contrast
Manages surface glare and visualizes stress in transparent materials
Optional UV/NIR enhances contrast on specific resins and additives
Adaptive background models with thickness-aware false-positive control
With the right optics, Intelgic detects surface scratches <10 µm and internal inclusions ≈20–50 µm (material-dependent), far beyond human inspection capabilities.
Comprehensive inspection capabilities across material, surface, geometry, and functional aspects
Our solutions serve critical quality control needs across multiple industries
Precision-engineered components working in harmony for reliable inspection
Typical system capabilities across different applications
Detection of surface sleeks and micro-scratches
Bubbles, gels, and foreign particles (material-dependent)
Up to 90 parts/min on rotary cells for small/medium parts
Actual performance depends on material, thickness, optics, and your acceptance criteria. Intelgic tunes lighting, optics, motion, and AI to your specific targets.
Yes. We use calibrated transmission and AI models that compensate for expected thickness gradients, reducing false calls.
Yes. Transmission lighting (diffuse or collimated) reveals sub‑surface inclusions. Spectral tuning can further improve contrast on some resins.
We combine transmission for internals with polarized/coaxial or dark‑field for surface cosmetics, then fuse results.
Yes. We provide stimulus‑controlled tests to map hot‑spots and uniformity under specified LED conditions.
Yes. Line‑scan transmission supports continuous inspection up to 80 m/min, with pinhole and inclusion detection.
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