| Description | The Volk 30D is designed to provide the practitioner a wide field of view with a short working distance. This lens is excellent for use with small pupils. | The 15D provides high magnification along with an optimized working distance from the cornea. With its 4.11x magnification it is also well suited for disc and macular observation. | Volk’s state-of-the-art 20D diagnostic/laser lens is perfectly corrected for field curvature, astigmatic aberrations and coma – delivering the best retinal image of any 20 diopter lens on the market. Its advanced double aspheric design further | Provides exceptional resolution and fundus scanning capability. Excellent for small pupil diagnosis and treatment. | 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. |
| Features | - Patented double aspheric glass optics provide enhanced imaging
- Excellent for small pupil examination
- Wide field of view with short working distance
| - High magnification provides excellent imaging of optic disc and macula
- Patented double aspheric glass optics provide enhanced imaging
- Excellent diagnostic lens for Glaucoma screening
| - High magnification provides excellent imaging of optic disc and macula
- Patented double aspheric glass optics provide enhanced imaging
- Perfectly corrected for field curvature, astigmatic aberrations and coma
- AutoClave Sterilizable available decreases processing time
| - Patented double aspheric glass optics provide enhanced imaging
- AutoClave Sterilizable available for decreased processing time
- Excellent for small pupil diagnosis and treatment
- High resolution provides excellent fundus imaging
| - 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
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