IMAGE

Obtain 3D images of the middle ear at higher resolution than CT scans

IMAGE

Obtain 3D images of the middle ear at higher resolution than CT scans

MEASURE

Capture the motion of middle ear structures in response to sound in real time 

MEASURE

Capture the motion of middle ear structures in response to sound in real time 

ANALYZE

Correlate structure and function to locate lesions

ANALYZE

Correlate structure and function to locate lesions

EASY TO USE

Seamless integration with other diagnostics

EASY TO USE

Seamless integration with other diagnostics

PATIENT-FRIENDLY

Non-ionizing and non-invasive optical technology

PATIENT-FRIENDLY

Non-ionizing and non-invasive optical technology

PORTABLE

A compact device for use in your office

PORTABLE

A compact device for use in your office

SYSTEM SPECIFICATIONS

Operating Modes

Performance/Features

2D B-mode
3D B-mode
2D vibrometry
3D vibrometry
>20 frames/sec
1 vol/sec
1 line/sec
1 vol/10 sec
Doppler noise floor
Resolution
Sector scan width
Raw data export
<5nm, 2  second acquisition (65 dBSPL equivalent)
50µm axial x 50µm lateral
±30°
Supported for research

Compatibility

Dimensions/Weight

120VAC/240V power outlet (10 A Max)
Display to HDMI-compatible monitor
4mm disposable speculum
Console dimensions
Imaging head cable length
System weight
22.5” D x 13.25” W x 20.5” H
120”
53 lbs

Operating Modes

2D B-mode:   >20 frames/sec
3D B-mode:   1 vol/sec
2D vibrometry:   1 line/sec
3D vibrometry:   1 vol/10 sec

Performance/Features

Doppler noise floor:   <5nm, 2  second acquisition (65 dBSPL equivalent)
Resolution:   50µm axial x 50µm lateral
Sector scan width:   ±30°
Raw data export:   Supported for research

Compatibility

120VAC/240V power outlet (10 A Max)
Display to HDMI-compatible monitor
4mm disposable speculum

Dimensions/Weight

Console dimensions:   22.5” D x 13.25” W x 20.5” H
Imaging head cable length:   120”
System weight:   53 lbs

Specifications indicate anticipated performance at production

Not currently for sale or commercial distribution in the USA. 

Device limited by Federal (or United States) law to investigational use only. 

FUTURE DEVELOPMENTS

Miniaturized and Optimized

Our engineers are designing a handpiece with upgraded optics that is smaller, lighter, and more ergonomic.

Miniaturized and Optimized

Our engineers are designing a handpiece with upgraded optics that is smaller, lighter, and more ergonomic.