AVISO
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QUANTEL MEDICAL's cutting edge technology in ultrasonography has brought constant and multiple innovations to ultrasound specialists worldwide since 1993.
Aviso A/B is a modular ultrasound platform that adapts to the varying demand of multispeciality practices. It offers the largest choice of probe frequencies in the market from conventional 10 MHz to high frequency anterior and posterior segment probes and covers all diagnostic needs. |
Quantel Medical's proprietary 50 MHz linear scanning UBM probe technology
It reveals the unseen with OCT technology enabling the operator to visualize the structures located behind the iris such as the ciliary bodies and processes and lens zonules.
The linear scanning offers the greatest signal intensity hence the best anterior chamber image quality as the probe is always perpendicular with the tissue interface of interest.
New covers such as ClearScanR by ESI make UBM technology easier to use and shorten the learning curve.
UBM linear technology is also available on the 25 MHz probe, designed for anterior chamber imaging and cataract specialists.
The AVISO A/B 50 MHz UBM probe is the tool of choice for studying the mechanisms and critical relationships between the iris, the lens and the cilary body in glaucoma patients and to assess the efficacy of surgical procedures.
The AVISO A/B glaucoma module offers semi-automated quantifying tools for angle and iris measurements:
20 MHz: high frequency for retina
The 20 Mhz frequency for retina is a unique diagnostic tool for high resolution posterior pole and retinal periphery imaging. The distinction between the retina, choroid and sclera as well as vitreo retinal junction have never been finer thanks to a resolution twice higher than the one of a 10 MHz probe.
High resolution image in 10 MHz
AVISO A/B delivers high resolution digital imaging. Its high signal to noise ratio helps differentiate the finest structures at all frequencies.
Biometry in B mode
Automatic biometric readings obtained from a B mode image allow axial length measurements for difficult to measure long eyes or posterior staphyloma. This technique gives the possibility to view simultaneously the posterior pole.
Biometry module
AVISO A/B's biometry module allows axial length measurement of all eye types.
The set of IOL calculation formulas includes SHAMMAS and ROSA and other formulas for challenging post refractive cases.
A unique scleral spike recognition feature allows the automatic discrimination of misleading optic nerve scans.
The Probeam biometry probe* (A probe with built-in laser pointer) makes the patient's cooperation easier for faster acquisition.
It reveals the unseen with OCT technology enabling the operator to visualize the structures located behind the iris such as the ciliary bodies and processes and lens zonules.
The linear scanning offers the greatest signal intensity hence the best anterior chamber image quality as the probe is always perpendicular with the tissue interface of interest.
New covers such as ClearScanR by ESI make UBM technology easier to use and shorten the learning curve.
UBM linear technology is also available on the 25 MHz probe, designed for anterior chamber imaging and cataract specialists.
The AVISO A/B 50 MHz UBM probe is the tool of choice for studying the mechanisms and critical relationships between the iris, the lens and the cilary body in glaucoma patients and to assess the efficacy of surgical procedures.
The AVISO A/B glaucoma module offers semi-automated quantifying tools for angle and iris measurements:
- AOD 500 & 750 (angle opening distance)
- TIA (trabecular iris angle)
- IT 750 & 2000 (iris thickness)
20 MHz: high frequency for retina
The 20 Mhz frequency for retina is a unique diagnostic tool for high resolution posterior pole and retinal periphery imaging. The distinction between the retina, choroid and sclera as well as vitreo retinal junction have never been finer thanks to a resolution twice higher than the one of a 10 MHz probe.
High resolution image in 10 MHz
AVISO A/B delivers high resolution digital imaging. Its high signal to noise ratio helps differentiate the finest structures at all frequencies.
Biometry in B mode
Automatic biometric readings obtained from a B mode image allow axial length measurements for difficult to measure long eyes or posterior staphyloma. This technique gives the possibility to view simultaneously the posterior pole.
Biometry module
AVISO A/B's biometry module allows axial length measurement of all eye types.
The set of IOL calculation formulas includes SHAMMAS and ROSA and other formulas for challenging post refractive cases.
A unique scleral spike recognition feature allows the automatic discrimination of misleading optic nerve scans.
The Probeam biometry probe* (A probe with built-in laser pointer) makes the patient's cooperation easier for faster acquisition.
