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Electronic Eye E-Eye Visual Analysis System

Fiyat Sorunuz

Electronic vision system that objectively measures product color, shape, and surface properties. Used in food, pharmaceutical, and cosmetic quality control.

  • Color and surface roughness analysis
  • Shape and pattern recognition/classification
  • Image processing with high-resolution camera
  • Objective and repeatable results
  • Defect detection with higher sensitivity than human vision

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2-3 Gün

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1-3 Gün

Ücretsiz Kargo

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  • 14 Günlük ücretsiz iade

The Electronic Eye (E-Eye) is a visual analysis system that evaluates product visual characteristics objectively, repeatably, and independently from human perception. Utilizing high-resolution imaging and image processing software, it analyzes parameters such as color, shape, and surface texture by converting them into numerical data.

The instrument is employed in quality control processes across food, pharmaceutical, and cosmetic industries, detecting subtle differences imperceptible to the human eye and supporting product consistency and regulatory compliance. By eliminating the subjectivity of sensory evaluation, it introduces measurable and comparable data into quality control workflows.

With rapid measurement capability, it stands out as an efficient quality control tool in production environments or laboratory settings.

Technical Specifications

Measurement Parameters Color, shape, surface roughness
Operating Principle High-resolution camera + image processing software

Applications

  • Color and surface quality control in food products
  • Shape and pattern inspection of pharmaceutical tablets
  • Visual quality assessment of cosmetic products

Frequently Asked Questions

What parameters does the electronic eye measure?
It measures visual properties such as color, shape, and surface roughness by converting them into numerical data.
Which industries use this system?
It is used in food, pharmaceutical, and cosmetic industries for quality control purposes.
How does it differ from human vision?
It objectively and repeatably detects subtle color and texture variations that the human eye cannot perceive.