Philips HD11 Ultrasound Machine

Ready to expand with your clinical needs, the Philips HD11 XE ultrasound is a complete, digital imaging system that delivers high-definition imaging and ease-of-use in a compact, ergonomic and reliable package. Fully Equipped – In this full-featured performer, Philips has combined broadband and beam forming, automated image optimization tools, and clinically proven technologies.

The HD11 XE is ideal for public and private hospitals, satellite clinics or specialized practices. And it's built on an upgradeable platform to protect your investment, backed by Philip's award-winning* customer support program.

Full cardiac and stress echo capability

The HD11 XE has the versatility to expand into a complete, digital cardiovascular imaging system for further clinical utility and value. You can also add powerful options like QLAB advanced quantification, stress echo, contrast imaging and transesophageal echo to further enhance your cardiovascular imaging capabilities.

• The stress echo option is fully integrated into the user interface for the rapid acquisition and display of high-resolution images, with plenty of flexibility.
• Anatomical M-mode, for more accurate measurements of chambers, walls and ejection fraction; makes it easier to keep the M-mode line perpendicular to the anatomy, even in abnormally shaped or positioned hearts.
• Tissue Doppler Imaging (TDI), including Color TDI to assess direction and timing of myocardial function, and pulsed wave TDI for velocity mapping of vessel wall motion and cardiac tissue.

Regional anesthesia and emergency medicine packages

Get outstanding image quality and ease-of -use for ultrasound guided regional anesthesia and emergency medicine with special configurations that are surprisingly affordable.

Volumetric Imaging

The HD11 XE brings 4D imaging into the mainstream by delivering it on a platform with an unmatchedcombination of versatility and value. Move seamlessly through 2D and Doppler modes right intobreathtaking 4D studies. The system's powerful architecture supports continuous, precise, quantitativevolume acquisition and display, with easy, simultaneous visualization and measurements in three planes.Numerous innovations are on-and off-cart to give you stunning image quality and the potential to improve your exam efficiencies by changing the way you acquire and visualize ultrasound data.

Standard advanced features

• SonoCT compounding performs beam-steered spatial compounding in both transmit and receive modes. It acquires multiple lines of sight simultaneously, without any special transducer maneuvers, compounds them in real time and displays exceptionally clear images. You can count on more clinical data for increased diagnostic confidence, patient after patient.– An independent clinical study** determined that SonoCT technology produces images superior to conventional imaging in up to 94% of the patients and changes patient management in 17% of the cases.
• XRES adaptive processing virtually eliminates speckle noise artifact, enhancing borders and margins for better diagnostic review. And SonoCT and XRES working in tandem display images with breathtaking clarity and accuracy adding to your diagnostic confidence and allowing you to make patient management decisions earlier.
• 2D with Pulse Inversion Harmonic Imaging, Philip's patented method for producing pure, broadband harmonic signals for superb grayscale presentation.
• 3D imaging with multiplanar views, for qualitative freehand 3D images and interactive visualization through three planes.
• Adaptive Color Doppler, which automatically selects the optimal Doppler or angio frequency for highly sensitive resolution, as well as Color Power Angio technology for assessing amplitude and direction of flow.
• Pulsed wave and continuous wave Doppler with Adaptive Doppler technology to boost weak signals and reduce noise, and high PRF capability for measuring higher velocities than ordinary pulsed Doppler ultrasound.

Contrast Imaging

The contrast option equips the HD11 XE to detect harmonic agent signatures using the S3-1 and C5-2 transducers. The option provides a uniform power field, allowing more even excitement of contrast agents throughout the sector. Optimized LVO system settings on the HD11 XE decrease contrast agent destruction and increase ease-of-use by minimizing the need for system adjustments. All of which add up to more complete visualization of contrast throughout the image.

Panoramic Imaging

The Panoramic Imaging option provides an extended field-of-view display. This feature creates a series of real-time images while the user moves the transducer laterally across the anatomy. When the imaging is complete, the system renders a panoramic mosaic display. The resulting panoramic image provides a larger reference image for documentation of spatial relationships of structures.

Data management and connectivity

Image and data management capabilities allow flexible recording, archiving, editing and even exam reports with embedded images.

On-screen image thumbnails let you build your study and check exam status, at a glance.

Multi-session CD and optional peripheral devices allow you to meet your documentation and archiving needs.Prepare professional patient reports with embedded images.

DICOM Networking option

The HD11 XE system allows you to adapt to most DICOM management systems. Includes DICOM Print and Store, Modality Worklist, Performed Procedure Step and Structured Reporting.

DICOM Structured Reporting supports both conventional free-text reports and structured information, for improved precision, clarity, and value of clinical documentation

*IMV Limited, based in Greenbelt, MD, is an independent healthcare research firm.
**Scientifica study on image quality

QLAB

QLAB provides automated and objective methods for quantifying ultrasound data to improve your workflow A full suite of plug-ins is available to customize QLAB's capabilities to suit your needs.

SonoCT

SonoCT imaging technology uses transmit beam-steering techniques to obtain coplanar, tomographic images from different viewing angles, then combines these micro-angulated images into a single compounded image at real-time frame rates.

XRES

XRES adaptive image processing reduces artifacts and improves margin and border definition.

Volumetric Imaging

Capture volumes of data through remarkable visualization including iSlice, thick slice, invert, color invert, slice plane, and automated stacked contours.

System Specifications

• Foot Print - USA (H x W x D) 51-58" x 21" x 43.5"
• Foot Print - Metric (H x W x D) 129.5-147.3 cm x 53.3 cm x 110.5 cm
• Weight 220 lbs

User Interface

• Monitor Size 17" LCD Flat Panel
• Programmable Keyboard Buttons
• Moveable Console Variable
• Adjustable Monitor Variable
• up to 785 fps 2D Frame Rate (probe dependant)
• Pre-Processing
• Post-Processing
• up to 35 cm Display Depth (min/max - probe dependant)
• Selectable Dynamic Range
• Adjustable Transmit Focus
• > 100 multiple applications Customizable Presets
• 2 Transducer Ports

Imaging Modes

• 2D
• M-Mode

Doppler Modes

• High Frame Rate Color Flow
• Color Doppler Velocity
• Color Doppler Energy
• Color Power Doppler
• Directional Color Power Doppler
• Directional Tissue Imaging (DTI)
• Pulse Wave (PW)
• Continous Wave (CW)

Software Technologies

• 3D Imaging
• 4D Imaging Option
• Compounding
• Speckle Reduction
• Tissue Harmonic Imaging (THI)
• Auto Gain / Optimazation
• Panoramic Imaging
• Dual Imaging
• Split Screen
• Duplex
• Triplex
• Clip Function

Connectivity Ports

• USB
• DVI
• VHS
• ECG
• MO Drive

Image File Format

• AVI
• DICOM
• JPG

Onboard / External Storage

• CD/DVD
• Cine Clips
• Hard Drive 80 GB
• MO Disk Drive

Power Supply

• AC 100-240 V, 50/60 Hz

Peripherals (Options)

• DICOM
• ECG
• Printer

System Applications & Reporting

• Abdomen
• Contrast Imaging
• General Imaging
• Intraoperative / Interventional
• Neonatal
• Pediatrics

Pain Management Imaging

• Musculoskeletal (MSK)

Women's Imaging

• Breast Imaging
• Gynecology
• Obstetrics
• Reproductive Medicine (IVF)

Cardiac Imaging

• Adult Echo
• Cardiac Screening/Survey
• ECG
• Fetal Echo
• Neonatal Echo
• Pediatric Echo
• Stress Echo
• TEE

Small Parts

• Breast
• Testicle
• Thyroid

Urology Imaging

• Pelvis
• Prostate

Vascular Imaging

• Arterial
• Carotid
• Transcranial
• Venous

User-Programmable Formulas & Tables

Structured Reporting

• DICOM-Cardiac Structured Reporting

Transducers / Probes (*Displayed MHz range includes multiple transducers)

• Linear Array 3-12 MHz*
• Intraoperative / Hockey Stick 7-15 MHz
• Curved Array 2-9 MHz*
• Micro-Convex 5-8 MHz
• Phased / Sector Array 1-12 MHz*
• Endocavity 5-9 MHz
• Endovaginal 4-9 MHz*
• Bi-plane Endorectal 5-10 MHz
• Veterinary (Equine) 5-8 MHz

Cardiac Transducers/Probes

• Adult Cardiac 1-12 MHz*
• Fetal Cardiac 3-12 MHz
• Pencil 2 MHz & 5 MHz
• TEE 2-7 MHz*

3D / Volume Transducers/Probes

• Abdominal 2-8 MHz*
• Endocavity 3-9 MHz