| Description | With advanced glass technologies and designs, the Digital ClearMag lens delivers enhanced high magnification views of the posterior pole. Using this advanced lens will provide image quality previously unattainable with the binocular indirect method | This excellent mid-power lens provides medium field and magnification, with an ideal diameter for grip and manipulation in the orbital area. | The 40D is ideal for pediatric ophthalmoscopy and other examinations requiring expansive fundus visibility. Alternatively, this lens may be used at the slit lamp biomicroscope to provide an extremely high magnification view of the disc and macula. | With advanced glass technologies and designs, the Digital ClearField lens delivers enhanced wide field views of the mid and far peripheral retina. Using this advanced lens will provide image quality previously unattainable with the binocular indirect | The Pan Retinal® 2.2 uniquely combines magnification nearly that of the 20D lens with a field of view approaching that of the 30D lens. Excellent for virtually every examination procedure, including small pupil examinations. |
| Features | - For detailed optic disc and posterior pole examination
- Low dispersion™ glass delivers superior resolution compared to traditional BIO lenses
- Smaller profile ring facilitates manipulation within the orbit
| - Patented double aspheric glass optics provide enhanced imaging
- Lower magnification decreases working distance
- Ideal diameter for use within the orbital area
| - Patented double aspheric glass optics provide enhanced imaging
- Excellent for pediatric ophthalmoscopy
- Widest field of view of any BIO lens
- Can be used at a slit lamp providing ultra high magnification of the posterior pole
| - For mid and far peripheral retinal viewing
- Low dispersion™ glass delivers superior resolution compared to traditional BIO lenses
- Smaller profile ring facilitates manipulation within the orbit
| - Patented double aspheric glass optics provide enhanced imaging
- Optimized magnification and field of view for general diagnosis
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