Model | Sensor Format | Focal Length(mm) | FOV (H*V*D) | TTL(mm) | IR Filter | Aperture | Mount | Unit Price | ||
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MORE+LESS- | CH619A | 1/1.7" | 5 | 82.7º*66.85° | / | / | F1.6-16 | C | Request Quote |
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MORE+LESS- | CH669A | 1/1.7" | 4 | 86.1º*70.8º*98.2° | / | / | F2.8-16 | C | Request Quote |
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MORE+LESS- | CH670A | 1/1.7" | 6 | 64.06º*50.55º*76.02° | / | / | F2.4-16 | C | Request Quote |
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MORE+LESS- | CH671A | 1/1.7" | 8 | 49.65º*38.58º*60.23° | / | / | F2.4-16 | C | Request Quote |
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MORE+LESS- | CH672A | 1/1.7" | 12 | 35.10º*26.92º*43.28° | / | / | F2.4-16 | C | Request Quote |
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MORE+LESS- | CH673A | 1/1.7" | 16 | 25.43º*19.3º*31.43° | / | / | F2.4-16 | C | Request Quote |
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MORE+LESS- | CH674A | 1/1.7" | 25 | 16.8º*12.8º*21.2° | / | / | F2.4-16 | C | Request Quote |
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MORE+LESS- | CH675A | 1/1.7" | 35 | 12.86º*9.78º*16.1° | / | / | F2.4-16 | C | Request Quote |
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MORE+LESS- | CH676A | 1/1.7" | 50 | 8.5º*6.4º*10.6° | / | / | F2.4-16 | C | Request Quote |
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1/1.7″ machine vision lenses are a series of C mount lens made for 1/1.7″ sensor. They come in a variety of focal length such as 4mm, 6mm, 8mm, 12mm,16mm, 25mm, 35mm, and 50mm.
The 1/1.7″ machine vision lens is engineered with high-quality optics to deliver sharp, clear images with minimal distortion and aberrations. These lenses typically feature high-resolution capabilities, low distortion, and high light transmission properties, making them suitable for demanding machine vision applications that require accurate and precise imaging.
The selection of focal length determines the field of view, magnification, and working distance of the lens. The variety of focal length options allows users to choose a lens that best suits their specific machine vision setup and imaging needs.
The 1/1.7″ machine vision lens is widely used in various industrial inspection and automation applications, including quality control, assembly line inspection, metrology, robotics, and more.
These lenses are particularly well-suited for high-precision imaging tasks that demand accurate measurement, detection of defects, and detailed analysis of components.