Microscopy is almost universally defined as an optical science; however, the human eye is by nature light-sensitive, and cataracts or other opaque structures can obstruct the deeper layers of the eye from optical analysis. Ultrasound biomicroscopes permit complete imaging of deep ocular structures by reflecting high energy sonic waves off of the inside of the eye. An ultrasonic biomicroscope is perfect for glaucoma screening, determining lens and cornea pathologies, or sizing phakic intraocular lenses. Ultrasonic biomicroscopes typically operate with frequencies up to 50MHz, with detection depths of 8mm or more. Your ultrasound biomicroscope will likely come with touchscreen operation and a monitor for images.
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| Company | Quantel Medical |
| Item | ABSolu A/B/S/UBM Ultrasound Platform |
| Price | Inquire |
| Description | Quantel Medical has made a decisive leap forward with a new 5 ring annular technology on a 20 MHz probe.
The principe is to emit alternating ultrasounds by 5 concentric transducers located in a single probe. The images thus obtained are spectacular as |
| Features | Inquire |
| Approval | US FDA |
| Scan Type | Inquire |
| Focus | Inquire |
| Image/Video Storage | Inquire |
| Dynamic Range Adjustment | Inquire |
| Depth of Exploration | Inquire |
| Frame Rate Acquisition | Inquire |
| Axial Resolution | Posterior Pole Examination
- Magnetic 15 MHz probe: 115 µm
- Magnetic annular 5 rings 20MHz probe: 80 µm
UBM & Anterior Segment Examination
- Magnetic 50 MHz UBM probe with linear scanning: 35 µm
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| Lateral Resolution | Inquire |
| Adjustable Gain | 20 to 110 dB |
| Time Gain Control (TGC) | Inquire |
| Transducer Frequency | Inquire |
| Get quote | Inquire |