Navitar machine vision camera objectives

Focal length: 8 mm - 50 mm

Navitar Machine Vision - 4/3" Format Lenses Navitar 4/3" Format lenses are usable with all sensors 4/3" or smaller.

Focal length: 6.5 mm - 50 mm

Navitar Machine Vision - 1.1" Format Lenses Navitar 1.1" 24 MP C-mount fixed focal length lenses are usable with all sensors 1.1" or smaller. • Available focal lengths (mm): 6, 8, 12, 16, 25, 35, ...

Focal length: 4.7 mm - 75 mm

Navitar Machine Vision - 1" Format Lenses Features • Low Distortion • Excellent Light Transmission • Designed for 1" megapixel cameras or smaller

Focal length: 5 mm - 75 mm

Navitar Machine Vision - 2/3" Format Lenses Navitar 2/3" Format lenses are usable with all sensors 2/3" or smaller.

Focal length: 3.5 mm - 48 mm

Navitar Machine Vision - 1/2" Format Lenses Navitar 1/2" Format lenses are usable with all sensors 1/2" or smaller.

Focal length: 8 mm - 50 mm

Ruggedized - 1" Format Lenses • For megapixel applications requiring a sensor size of 1” (Φ16mm). • Unique mechanical design to guard against strong vibration and shock. • Two way reversible nut is utilized to tightly lock the focus ...

Focal length: 8 mm - 50 mm

Ruggedized - 2/3" Format Lenses • For megapixel applications requiring a sensor size of 2/3” (Φ11mm). • Unique mechanical design to guard against strong vibration and shock. • Two way reversible nut is utilized to tightly lock the ...

Focal length: 8 mm - 50 mm

Fujinon - 1.1" Format 23 MP CF-ZA-1S Series Fujinon CF-ZA-1S series supports large high-resolution sensor of 1.1" type with 2.5µm pixel pitch (equivalent to 23 mega-pixel). The relative illumination reaches up to above 90%*, and a ...

Focal length: 12.5, 25, 35, 50, 16 mm

Fujinon - 1" Format 1.5 MP CF-HA Series Fujinon 1" Format lenses are for use with 1", 2/3" and 1/2" cameras.

Focal length: 35, 8, 12, 16, 25 mm

Fujinon - 2/3" Format 12 MP HF-12M Series Fujinon 2/3" Format lenses are for use with 2/3", 1/2", 1/3" and 1/4" cameras. • 8mm, 12mm, 16mm, 25mm and 35mm Focal Lengths • Delivers Edge to Edge Sharpness under Versatile ...