Universal Ring Light

Schott Universal Fiber Optic Ring Light A22040

Highlights: For intense, uniform, and shadow-free illumination. Designed to fit Nikon SMZ and Leica S4E and S6E microscopes Features: Vertical exit bundle increases work space and prevents the bundle from interfering with surrounding objects Retaining ring mounting for the A22040 ringlight offers secure positioning

Schott Universal Fiber Optic Ring Light A08680

Highlights: For intense, uniform, and shadow-free illumination. Designed to fit Nikon SMZ and Leica S4E and S6E microscopes Features: Ringlights fit 66 mm microscope and camera objectives, with options such as a tapered inner-body ringlight for the Nikon SMZ 645/600 microscopes (See A22040 model) Clamp rings for the Universal Ringlights also fit the 66 mm … Continued

Schott Universal Fiber Optic Ring Light A08625

Highlights: For intense, uniform, and shadow-free illumination. Designed to fit Nikon SMZ and Leica S4E and S6E microscopes Features: Ringlights fit 66 mm microscope and camera objectives, with options such as a tapered inner-body ringlight for the Nikon SMZ 645/600 microscopes (See A22040 model) Clamp rings for the Universal Ringlights also fit the 66 mm … Continued

Schott A08620 Universal Ringlight

Highlights The Schott A08620 Universal Ringlight emits intense, uniform, and shadow-free illumination for Microscopy and Machine Vision applications Schott A08620 Universal Ringlight Features Fits microscope and camera objectives from 33 to 81 mm with appropriate clamps Working distance is 1.5” to 6” (38 to 152 mm) 33” (838 mm) bundle length on all models Two … Continued

Schott A08600.1 Universal Ringlight

Highlights The Schott A08600.1 Universal Ringlight emits intense, uniform, and shadow-free illumination for Microscopy and Machine Vision applications Schott A08600.1 Universal Ringlight Features Fits microscope and camera objectives from 33 to 81 mm with appropriate clamps Working distance is 1.5” to 6” (38 to 152 mm) 33” (838 mm) bundle length on all models Two … Continued