Indirect BIO Lenses
Indirect BIO (Binocular Indirect Ophthalmoscopy) lenses are a type of specialized lens used in a head-mounted device to examine the back of the eye (fundus). They work with the indirect ophthalmoscope to produce a magnified, stereoscopic (3D) view of the retina, allowing doctors to diagnose a wide range of conditions.
Macula Plus® 5.5
Image Magnification: 5.50×
Laser Spot Mag. Factor: .18×
Working Distance: 80mm
Primary Application: Ultra-high resolution viewing of posterior pole
14D Large
Field of View: 36° / 47°
Image Magnification: 4.30×
Laser Spot Mag. Factor: .23×
Working Distance: 75mm
Primary Application: High magnification viewing of posterior pole
15 D Large
Field of View: 36° / 47°
Image Magnification: 4.11×
Laser Spot Mag. Factor: .24×
Working Distance: 72mm
Primary Application: High magnification viewing of posterior pole
20 D Large
Field of View: 46° / 60°
Image Magnification: 3.13×
Laser Spot Mag. Factor: .32×
Working Distance: 50mm
Primary Application: General diagnosis & treatment
Pan Retinal® 2.2
Field of View: 56° / 73°
Image Magnification: 2.68×
Laser Spot Mag. Factor: .37×
Working Distance: 40mm
Primary Application: General diagnosis & treatment
Image Magnification: 2.68×
Laser Spot Mag. Factor: .37×
Working Distance: 40mm
Primary Application: General diagnosis & treatment
25D Large
Field of View: 52° / 68°
Image Magnification: 2.54×
Laser Spot Mag. Factor: .39×
Working Distance: 38mm
Primary Application: Median field diagnosis & treatment
Image Magnification: 2.54×
Laser Spot Mag. Factor: .39×
Working Distance: 38mm
Primary Application: Median field diagnosis & treatment
28D Large
Field of View: 53° / 69°
Image Magnification: 2.27×
Laser Spot Mag. Factor: .44×
Working Distance: 33mm
Primary Application: Small pupil diagnosis & treatment
Image Magnification: 2.27×
Laser Spot Mag. Factor: .44×
Working Distance: 33mm
Primary Application: Small pupil diagnosis & treatment
30D Small
Field of View: 46° / 60°
Image Magnification: 2.10×
Laser Spot Mag. Factor: .48×
Working Distance: 30mm
Primary Application: Small profile lens for ease of use within the orbit
Image Magnification: 2.10×
Laser Spot Mag. Factor: .48×
Working Distance: 30mm
Primary Application: Small profile lens for ease of use within the orbit
30D Small
Field of View: 46° / 60°
Image Magnification: 2.10×
Laser Spot Mag. Factor: .48×
Working Distance: 30mm
Primary Application: Small profile lens for ease of use within the orbit
Image Magnification: 2.10×
Laser Spot Mag. Factor: .48×
Working Distance: 30mm
Primary Application: Small profile lens for ease of use within the orbit
30D Large
Field of View: 58° / 75°
Image Magnification: 2.15×
Laser Spot Mag. Factor: .47×
Working Distance: 30mm
Primary Application: Small pupil diagnosis & treatment
Image Magnification: 2.15×
Laser Spot Mag. Factor: .47×
Working Distance: 30mm
Primary Application: Small pupil diagnosis & treatment
40D Large
Field of View: 69° / 90°
Image Magnification: 1.67×
Laser Spot Mag. Factor: .6×
Working Distance: 20mm
Primary Application: Pediatric ophthalmoscopy / veterinary apps
Image Magnification: 1.67×
Laser Spot Mag. Factor: .6×
Working Distance: 20mm
Primary Application: Pediatric ophthalmoscopy / veterinary apps
Digital ClearMag
Field of View: 38° / 49°
Image Magnification: 3.89×
Laser Spot Mag. Factor: .26×
Working Distance: 60mm
Primary Application: For detailed optic disc and posterior pole examination
Image Magnification: 3.89×
Laser Spot Mag. Factor: .26×
Working Distance: 60mm
Primary Application: For detailed optic disc and posterior pole examination
Digital ClearField
Field of View: 55° / 72°
Image Magnification: 2.79×
Laser Spot Mag. Factor: .36×
Working Distance: 37mm
Primary Application: For mid and far peripheral retinal viewing
Image Magnification: 2.79×
Laser Spot Mag. Factor: .36×
Working Distance: 37mm
Primary Application: For mid and far peripheral retinal viewing