ACERTARA ADVANTAGE ULTRASOUND TISSUE MIMICKING PHANTOM (TMP) by Acertara Acoustic Laboratories, LLC


OEM#: ADVANTAGEACERTARA ADVANTAGE ULTRASOUND TISSUE MIMICKING PHANTOM (TMP) by Acertara Acoustic Laboratories, LLC
5 Year Warranty
The Advantage ultrasound tissue mimicking phantom (TMP) represents a breakthrough in applied material science and features:
- Enhanced image quality via use of modern reflective materials
- Lower signal attenuation of contemporary high-frequency broad bandwidth ultrasound probes
- AIUM - "Methods for Specifying Acoustic Properties of TMPs and Objects"
- Increased portability and useability with a smaller footprint and half the weight of many current models
- Fit-to-Purpose as a QA Phantom
- Investment protection via polyurethane-based material that does not require calibration (no desiccation as with hydrogel-based materials)
The Advantage ultrasound tissue mimicking phantom (TMP) represents a breakthrough in applied material science and features:
- Enhanced image quality via use of modern reflective materials
- Lower signal attenuation of contemporary high-frequency broad bandwidth ultrasound probes
- AIUM - "Methods for Specifying Acoustic Properties of TMPs and Objects"
- Increased portability and useability with a smaller footprint and half the weight of many current models
- Fit-to-Purpose as a QA Phantom
- Investment protection via polyurethane-based material that does not require calibration (no desiccation as with hydrogel-based materials)
The Advantage ultrasound tissue mimicking phantom (TMP) represents a breakthrough in applied material science and features:
- Enhanced image quality via use of modern reflective materials
- Lower signal attenuation of contemporary high-frequency broad bandwidth ultrasound probes
- AIUM - "Methods for Specifying Acoustic Properties of TMPs and Objects"
- Increased portability and useability with a smaller footprint and half the weight of many current models
- Fit-to-Purpose as a QA Phantom
- Investment protection via polyurethane-based material that does not require calibration (no desiccation as with hydrogel-based materials)
The Advantage ultrasound tissue mimicking phantom (TMP) represents a breakthrough in applied material science and features:
- Enhanced image quality via use of modern reflective materials
- Lower signal attenuation of contemporary high-frequency broad bandwidth ultrasound probes
- AIUM - "Methods for Specifying Acoustic Properties of TMPs and Objects"
- Increased portability and useability with a smaller footprint and half the weight of many current models
- Fit-to-Purpose as a QA Phantom
- Investment protection via polyurethane-based material that does not require calibration (no desiccation as with hydrogel-based materials)
The Advantage ultrasound tissue mimicking phantom (TMP) represents a breakthrough in applied material science and features:
- Enhanced image quality via use of modern reflective materials
- Lower signal attenuation of contemporary high-frequency broad bandwidth ultrasound probes
- AIUM - "Methods for Specifying Acoustic Properties of TMPs and Objects"
- Increased portability and useability with a smaller footprint and half the weight of many current models
- Fit-to-Purpose as a QA Phantom
- Investment protection via polyurethane-based material that does not require calibration (no desiccation as with hydrogel-based materials)
The Advantage ultrasound tissue mimicking phantom (TMP) represents a breakthrough in applied material science and features:
- Enhanced image quality via use of modern reflective materials
- Lower signal attenuation of contemporary high-frequency broad bandwidth ultrasound probes
- AIUM - "Methods for Specifying Acoustic Properties of TMPs and Objects"
- Increased portability and useability with a smaller footprint and half the weight of many current models
- Fit-to-Purpose as a QA Phantom
- Investment protection via polyurethane-based material that does not require calibration (no desiccation as with hydrogel-based materials)
