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Image 1 of 1
Image 1 of 1
Turn your computer into an ultrasound instrument.
A-Scan. B-Scan. Or both.
A-Scan
Immersion or direct contact A-scan
Manual or automatic capture (cataract, dense cataract, aphakic, silicone oil, and pseudophakic modes)
Auto calculation of axial length, anterior chamber depth, lens thickness, and vitreous, with axial length average and standard deviation provided for up to 5 scans per exam
Standard IOL formulas: Binkhorst, Regression-II, Theoretic/T, Holladay, Hoffer-Q, and Haigis (optional)
Post-refractive IOL formulas include Latkany Myopic Regression, Latkany Hyperopic, and Aramberri Double-K
B-Scan
Capture both still images and video clips with frame-by-frame review
On-probe activation and capture of scans
12 MHz focused transducer probe, sealed with virtually no sound
Near-, mid-, and far-gain and TVG controls
Live B-scan display with simultaneous selectable A-scan vector
On-screen annotation capabilities, including measurements
Continuous zoom and controlled image pan
Turn your computer into an ultrasound instrument.
A-Scan. B-Scan. Or both.
A-Scan
Immersion or direct contact A-scan
Manual or automatic capture (cataract, dense cataract, aphakic, silicone oil, and pseudophakic modes)
Auto calculation of axial length, anterior chamber depth, lens thickness, and vitreous, with axial length average and standard deviation provided for up to 5 scans per exam
Standard IOL formulas: Binkhorst, Regression-II, Theoretic/T, Holladay, Hoffer-Q, and Haigis (optional)
Post-refractive IOL formulas include Latkany Myopic Regression, Latkany Hyperopic, and Aramberri Double-K
B-Scan
Capture both still images and video clips with frame-by-frame review
On-probe activation and capture of scans
12 MHz focused transducer probe, sealed with virtually no sound
Near-, mid-, and far-gain and TVG controls
Live B-scan display with simultaneous selectable A-scan vector
On-screen annotation capabilities, including measurements
Continuous zoom and controlled image pan
