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HD15

Ultrasound system

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Combining image quality that spurs diagnostic confidence with workflow features that help you manage your patient load, Philips HD15 ultrasound system is designed for the varied applications of women's healthcare.

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Features
Premium technologies

Premium technologies for stunningly high-quality images

The flagship system of the HD family, the HD15 system integrates premium technologies and advanced features to deliver stunning images across your patient population. Next generation architecture offers new high-resolution analog-to-digital (A/D) conversion technology and 4X parallel processing, leading to superb contrast and detail resolutions as well as outstanding 4D volume rates.

Premium technologies for stunningly high-quality images

The flagship system of the HD family, the HD15 system integrates premium technologies and advanced features to deliver stunning images across your patient population. Next generation architecture offers new high-resolution analog-to-digital (A/D) conversion technology and 4X parallel processing, leading to superb contrast and detail resolutions as well as outstanding 4D volume rates.

Premium technologies for stunningly high-quality images

The flagship system of the HD family, the HD15 system integrates premium technologies and advanced features to deliver stunning images across your patient population. Next generation architecture offers new high-resolution analog-to-digital (A/D) conversion technology and 4X parallel processing, leading to superb contrast and detail resolutions as well as outstanding 4D volume rates.
Broadband digital beamformer

Broadband digital beamformer for superb detail

The advanced signal processing and broadband digital beamformer acquire and process the entire tissue signatures to define tissue interfaces and structural detail.

Broadband digital beamformer for superb detail

The advanced signal processing and broadband digital beamformer acquire and process the entire tissue signatures to define tissue interfaces and structural detail.

Broadband digital beamformer for superb detail

The advanced signal processing and broadband digital beamformer acquire and process the entire tissue signatures to define tissue interfaces and structural detail.
Microfine EX focusing

Microfine EX focusing for superb image

This technology employs dynamic tuning of the receive lens, and up to five times more focal points than previous generation systems. This way, Microfine EX focusing provides superb image sharpness and uniformity throughout the entire depth of field.

Microfine EX focusing for superb image

This technology employs dynamic tuning of the receive lens, and up to five times more focal points than previous generation systems. This way, Microfine EX focusing provides superb image sharpness and uniformity throughout the entire depth of field.

Microfine EX focusing for superb image

This technology employs dynamic tuning of the receive lens, and up to five times more focal points than previous generation systems. This way, Microfine EX focusing provides superb image sharpness and uniformity throughout the entire depth of field.
Tissue Harmonic Imaging

Tissue Harmonic Imaging reduces imaging artifacts

The HD15 features Pulse Inversion Technology and Tissue Harmonic Imaging to provide pure, broadband harmonic signals to reduce artifacts while preserving tissue definition and resolution.

Tissue Harmonic Imaging reduces imaging artifacts

The HD15 features Pulse Inversion Technology and Tissue Harmonic Imaging to provide pure, broadband harmonic signals to reduce artifacts while preserving tissue definition and resolution.

Tissue Harmonic Imaging reduces imaging artifacts

The HD15 features Pulse Inversion Technology and Tissue Harmonic Imaging to provide pure, broadband harmonic signals to reduce artifacts while preserving tissue definition and resolution.
Advanced XRES

Advanced XRES virtually eliminates speckle noise

This adaptive processing feature eliminates virtually all speckle noise, improving image quality and margin definition. XRES is supported on all imaging transducers.

Advanced XRES virtually eliminates speckle noise

This adaptive processing feature eliminates virtually all speckle noise, improving image quality and margin definition. XRES is supported on all imaging transducers.

Advanced XRES virtually eliminates speckle noise

This adaptive processing feature eliminates virtually all speckle noise, improving image quality and margin definition. XRES is supported on all imaging transducers.
SonoCT imaging

SonoCT imaging for exceptional clarity

Create an superb, high-quality image with SonoCT imaging. It compounds up to nine lines of sight to provide tissue information.

SonoCT imaging for exceptional clarity

Create an superb, high-quality image with SonoCT imaging. It compounds up to nine lines of sight to provide tissue information.

SonoCT imaging for exceptional clarity

Create an superb, high-quality image with SonoCT imaging. It compounds up to nine lines of sight to provide tissue information.
3D Fetal Echo STIC

3D Fetal Echo STIC creates an interactive volume image

Spatio-Temporal Image Correlation (STIC) uses the system's ability to capture multiple volumes and synchronize them based on a calculated heart rate to create a volume image that can be displayed and interrogated during playback.

3D Fetal Echo STIC creates an interactive volume image

Spatio-Temporal Image Correlation (STIC) uses the system's ability to capture multiple volumes and synchronize them based on a calculated heart rate to create a volume image that can be displayed and interrogated during playback.

3D Fetal Echo STIC creates an interactive volume image

Spatio-Temporal Image Correlation (STIC) uses the system's ability to capture multiple volumes and synchronize them based on a calculated heart rate to create a volume image that can be displayed and interrogated during playback.
Advanced 3D/4D capability

Advanced 3D/4D capability for analysis of volume data

The HD15 offers advanced 3D/4D with Multiplanar Reformatting (MPR). This fast and robust 3D/4D capability provides visualization and analysis of volume data and is also viewable in 3D color Doppler, Invert, and Color Invert modes.

Advanced 3D/4D capability for analysis of volume data

The HD15 offers advanced 3D/4D with Multiplanar Reformatting (MPR). This fast and robust 3D/4D capability provides visualization and analysis of volume data and is also viewable in 3D color Doppler, Invert, and Color Invert modes.

Advanced 3D/4D capability for analysis of volume data

The HD15 offers advanced 3D/4D with Multiplanar Reformatting (MPR). This fast and robust 3D/4D capability provides visualization and analysis of volume data and is also viewable in 3D color Doppler, Invert, and Color Invert modes.
Tissue specific imaging (TSI)

Tissue specific imaging (TSI) enhances image quality

TSI technology optimizes the transducer for the specific exam type, resulting in excellent image quality with little need for adjustment.

Tissue specific imaging (TSI) enhances image quality

TSI technology optimizes the transducer for the specific exam type, resulting in excellent image quality with little need for adjustment.

Tissue specific imaging (TSI) enhances image quality

TSI technology optimizes the transducer for the specific exam type, resulting in excellent image quality with little need for adjustment.
Live iSlice

Live iSlice helps zero in on a region of interest

Make live tomographic slices of 3D datasets via a one-touch quick key, to quickly zero in on your region of interest.

Live iSlice helps zero in on a region of interest

Make live tomographic slices of 3D datasets via a one-touch quick key, to quickly zero in on your region of interest.

Live iSlice helps zero in on a region of interest

Make live tomographic slices of 3D datasets via a one-touch quick key, to quickly zero in on your region of interest.
iSCAN

iSCAN provides one-button optimization

Quickly and automatically adjust system parameters in both 2D and Doppler modes based on patient and exam types in iSCAN. Fewer keystrokes are needed, and you can count on a superb, high-quality image in each exam.

iSCAN provides one-button optimization

Quickly and automatically adjust system parameters in both 2D and Doppler modes based on patient and exam types in iSCAN. Fewer keystrokes are needed, and you can count on a superb, high-quality image in each exam.

iSCAN provides one-button optimization

Quickly and automatically adjust system parameters in both 2D and Doppler modes based on patient and exam types in iSCAN. Fewer keystrokes are needed, and you can count on a superb, high-quality image in each exam.
Active native data

Active native data reduces the need to repeat studies

Adjust virtually all imaging parameters on stills and clips of 2D and Doppler data during or after exams. Active native data helps you enhance diagnostic detail, shorten exam time, and reduce the need to repeat studies.

Active native data reduces the need to repeat studies

Adjust virtually all imaging parameters on stills and clips of 2D and Doppler data during or after exams. Active native data helps you enhance diagnostic detail, shorten exam time, and reduce the need to repeat studies.

Active native data reduces the need to repeat studies

Adjust virtually all imaging parameters on stills and clips of 2D and Doppler data during or after exams. Active native data helps you enhance diagnostic detail, shorten exam time, and reduce the need to repeat studies.
QLAB software

QLAB software for on- and off-cart automated quantification

This software allows users to perform on-cart and off-cart advanced automated quantification including the opening, viewing, and quantification of 3D data sets via the GI 3DQ tool set.

QLAB software for on- and off-cart automated quantification

This software allows users to perform on-cart and off-cart advanced automated quantification including the opening, viewing, and quantification of 3D data sets via the GI 3DQ tool set.

QLAB software for on- and off-cart automated quantification

This software allows users to perform on-cart and off-cart advanced automated quantification including the opening, viewing, and quantification of 3D data sets via the GI 3DQ tool set.
  • Premium technologies
  • Broadband digital beamformer
  • Microfine EX focusing
  • Tissue Harmonic Imaging
See all features
Premium technologies

Premium technologies for stunningly high-quality images

The flagship system of the HD family, the HD15 system integrates premium technologies and advanced features to deliver stunning images across your patient population. Next generation architecture offers new high-resolution analog-to-digital (A/D) conversion technology and 4X parallel processing, leading to superb contrast and detail resolutions as well as outstanding 4D volume rates.

Premium technologies for stunningly high-quality images

The flagship system of the HD family, the HD15 system integrates premium technologies and advanced features to deliver stunning images across your patient population. Next generation architecture offers new high-resolution analog-to-digital (A/D) conversion technology and 4X parallel processing, leading to superb contrast and detail resolutions as well as outstanding 4D volume rates.

Premium technologies for stunningly high-quality images

The flagship system of the HD family, the HD15 system integrates premium technologies and advanced features to deliver stunning images across your patient population. Next generation architecture offers new high-resolution analog-to-digital (A/D) conversion technology and 4X parallel processing, leading to superb contrast and detail resolutions as well as outstanding 4D volume rates.
Broadband digital beamformer

Broadband digital beamformer for superb detail

The advanced signal processing and broadband digital beamformer acquire and process the entire tissue signatures to define tissue interfaces and structural detail.

Broadband digital beamformer for superb detail

The advanced signal processing and broadband digital beamformer acquire and process the entire tissue signatures to define tissue interfaces and structural detail.

Broadband digital beamformer for superb detail

The advanced signal processing and broadband digital beamformer acquire and process the entire tissue signatures to define tissue interfaces and structural detail.
Microfine EX focusing

Microfine EX focusing for superb image

This technology employs dynamic tuning of the receive lens, and up to five times more focal points than previous generation systems. This way, Microfine EX focusing provides superb image sharpness and uniformity throughout the entire depth of field.

Microfine EX focusing for superb image

This technology employs dynamic tuning of the receive lens, and up to five times more focal points than previous generation systems. This way, Microfine EX focusing provides superb image sharpness and uniformity throughout the entire depth of field.

Microfine EX focusing for superb image

This technology employs dynamic tuning of the receive lens, and up to five times more focal points than previous generation systems. This way, Microfine EX focusing provides superb image sharpness and uniformity throughout the entire depth of field.
Tissue Harmonic Imaging

Tissue Harmonic Imaging reduces imaging artifacts

The HD15 features Pulse Inversion Technology and Tissue Harmonic Imaging to provide pure, broadband harmonic signals to reduce artifacts while preserving tissue definition and resolution.

Tissue Harmonic Imaging reduces imaging artifacts

The HD15 features Pulse Inversion Technology and Tissue Harmonic Imaging to provide pure, broadband harmonic signals to reduce artifacts while preserving tissue definition and resolution.

Tissue Harmonic Imaging reduces imaging artifacts

The HD15 features Pulse Inversion Technology and Tissue Harmonic Imaging to provide pure, broadband harmonic signals to reduce artifacts while preserving tissue definition and resolution.
Advanced XRES

Advanced XRES virtually eliminates speckle noise

This adaptive processing feature eliminates virtually all speckle noise, improving image quality and margin definition. XRES is supported on all imaging transducers.

Advanced XRES virtually eliminates speckle noise

This adaptive processing feature eliminates virtually all speckle noise, improving image quality and margin definition. XRES is supported on all imaging transducers.

Advanced XRES virtually eliminates speckle noise

This adaptive processing feature eliminates virtually all speckle noise, improving image quality and margin definition. XRES is supported on all imaging transducers.
SonoCT imaging

SonoCT imaging for exceptional clarity

Create an superb, high-quality image with SonoCT imaging. It compounds up to nine lines of sight to provide tissue information.

SonoCT imaging for exceptional clarity

Create an superb, high-quality image with SonoCT imaging. It compounds up to nine lines of sight to provide tissue information.

SonoCT imaging for exceptional clarity

Create an superb, high-quality image with SonoCT imaging. It compounds up to nine lines of sight to provide tissue information.
3D Fetal Echo STIC

3D Fetal Echo STIC creates an interactive volume image

Spatio-Temporal Image Correlation (STIC) uses the system's ability to capture multiple volumes and synchronize them based on a calculated heart rate to create a volume image that can be displayed and interrogated during playback.

3D Fetal Echo STIC creates an interactive volume image

Spatio-Temporal Image Correlation (STIC) uses the system's ability to capture multiple volumes and synchronize them based on a calculated heart rate to create a volume image that can be displayed and interrogated during playback.

3D Fetal Echo STIC creates an interactive volume image

Spatio-Temporal Image Correlation (STIC) uses the system's ability to capture multiple volumes and synchronize them based on a calculated heart rate to create a volume image that can be displayed and interrogated during playback.
Advanced 3D/4D capability

Advanced 3D/4D capability for analysis of volume data

The HD15 offers advanced 3D/4D with Multiplanar Reformatting (MPR). This fast and robust 3D/4D capability provides visualization and analysis of volume data and is also viewable in 3D color Doppler, Invert, and Color Invert modes.

Advanced 3D/4D capability for analysis of volume data

The HD15 offers advanced 3D/4D with Multiplanar Reformatting (MPR). This fast and robust 3D/4D capability provides visualization and analysis of volume data and is also viewable in 3D color Doppler, Invert, and Color Invert modes.

Advanced 3D/4D capability for analysis of volume data

The HD15 offers advanced 3D/4D with Multiplanar Reformatting (MPR). This fast and robust 3D/4D capability provides visualization and analysis of volume data and is also viewable in 3D color Doppler, Invert, and Color Invert modes.
Tissue specific imaging (TSI)

Tissue specific imaging (TSI) enhances image quality

TSI technology optimizes the transducer for the specific exam type, resulting in excellent image quality with little need for adjustment.

Tissue specific imaging (TSI) enhances image quality

TSI technology optimizes the transducer for the specific exam type, resulting in excellent image quality with little need for adjustment.

Tissue specific imaging (TSI) enhances image quality

TSI technology optimizes the transducer for the specific exam type, resulting in excellent image quality with little need for adjustment.
Live iSlice

Live iSlice helps zero in on a region of interest

Make live tomographic slices of 3D datasets via a one-touch quick key, to quickly zero in on your region of interest.

Live iSlice helps zero in on a region of interest

Make live tomographic slices of 3D datasets via a one-touch quick key, to quickly zero in on your region of interest.

Live iSlice helps zero in on a region of interest

Make live tomographic slices of 3D datasets via a one-touch quick key, to quickly zero in on your region of interest.
iSCAN

iSCAN provides one-button optimization

Quickly and automatically adjust system parameters in both 2D and Doppler modes based on patient and exam types in iSCAN. Fewer keystrokes are needed, and you can count on a superb, high-quality image in each exam.

iSCAN provides one-button optimization

Quickly and automatically adjust system parameters in both 2D and Doppler modes based on patient and exam types in iSCAN. Fewer keystrokes are needed, and you can count on a superb, high-quality image in each exam.

iSCAN provides one-button optimization

Quickly and automatically adjust system parameters in both 2D and Doppler modes based on patient and exam types in iSCAN. Fewer keystrokes are needed, and you can count on a superb, high-quality image in each exam.
Active native data

Active native data reduces the need to repeat studies

Adjust virtually all imaging parameters on stills and clips of 2D and Doppler data during or after exams. Active native data helps you enhance diagnostic detail, shorten exam time, and reduce the need to repeat studies.

Active native data reduces the need to repeat studies

Adjust virtually all imaging parameters on stills and clips of 2D and Doppler data during or after exams. Active native data helps you enhance diagnostic detail, shorten exam time, and reduce the need to repeat studies.

Active native data reduces the need to repeat studies

Adjust virtually all imaging parameters on stills and clips of 2D and Doppler data during or after exams. Active native data helps you enhance diagnostic detail, shorten exam time, and reduce the need to repeat studies.
QLAB software

QLAB software for on- and off-cart automated quantification

This software allows users to perform on-cart and off-cart advanced automated quantification including the opening, viewing, and quantification of 3D data sets via the GI 3DQ tool set.

QLAB software for on- and off-cart automated quantification

This software allows users to perform on-cart and off-cart advanced automated quantification including the opening, viewing, and quantification of 3D data sets via the GI 3DQ tool set.

QLAB software for on- and off-cart automated quantification

This software allows users to perform on-cart and off-cart advanced automated quantification including the opening, viewing, and quantification of 3D data sets via the GI 3DQ tool set.

Documentation

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