Features like these make HD15 the choice for image quality and usability:

• Next generation architecture with new high resolution A/D technology, 4 times parallel processing and Microfine EX focusing
• Volume imaging for 3D/4D analysis
• SonoCT real-time compound imaging
• Advanced XRES adaptive image processing
• Highly-sensitive contrast enhanced ultrasound
• PureWave crystal technology for clearer imaging on a wider variety of patients

• Tissue Specific Imaging presets and one-button iSCAN optimization in 2D, Doppler and color modes
• Active native data lets you manipulate exam parameters and image settings after the patient has left
• Live compare allows you to bring up a previous image and place it beside your active exam

 Versatile

• With its suite of intelligent optimization tools and configurable patient reports, the HD15 is as versatile as it is simple. The HD15 also offers the diagnostic capabilities you need to perform difficult, in-depth clinical exploration.
• Advantages like these help assure both user simplicity and productivity:
• The HD15 is highly configurable, from dedicated use in a single specialty or department, or as a multi-specialty system for more complete hospital and point-of-care support.

• Small, mobile design brings advanced clinical performance to the bedside.
• Tissue Specific Imaging presets automatically optimize transducers to the exam type for brilliantly clear imaging with little-to-no adjustment.
• On-cart and off-cart access to Philips QLAB software, delivering automated and objective methods for quantifying ultrasound data.
• A broad portfolio of applications helps make HD15 the ultrasound system for private practice offices, clinics and small hospitals, as well as larger hospitals with essential imaging needs

Technologies

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

• 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.

• PureWave crystal technology improves penetration in difficult-to-image patients; revealing details of fine structures and increasing exam efficiency.
• Microfine EX focusing provides dynamic receive lens tuning with 5 times more focal points than previous generation systems for superb image sharpness and uniformity.

• iSCAN image optimization is a one-button push that automatically adjusts multiple parameters to quickly achieve optimal image quality in 2D, color and Doppler exams.

 System Specifications

• Foot Print - USA (H x W x D) 54.3-61" x 22.4" x 43.5"
• Foot Print - Metric (H x W x D) 138-154.9 cm x 56.9 cm x 110.5 cm
• Weight 220 lbs

User Interface

• Monitor Size 20" LCD Flat Panel
• Moveable Console Variable
• Adjustable Monitor Variable
• up to 230 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 Tissue Imaging (DTI)
• Pulse Wave (PW)
• Continous Wave (CW)

Software Technologies

• 3D Imaging
• 4D Imaging
• Tissue Harmonic Imaging (THI)
• AutoOptimization
• Panoramic Imaging

• Dual Imaging
• Split Screen
• Duplex
• Triplex
• Clip Function

Connectivity Ports

Image File Format

• USB
• DVI
• VHS
• ECG
• MO Drive

• AVI
• DICOM
• JPG

Onboard / External Storage

• CD/DVD
• Cine Clips
• Hard Drive 160 GB

Power Supply

• AC 100-240V, 50/60 Hz

Peripherals (Options)

• DICOM

• Printer

System Applications & Reporting

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

• Pediatrics
• Renal
• Veterinary Imaging

Pain Management Imaging

• Musculoskeletal (MSK)

• Orthopedic

Women's Imaging

• Breast Imaging
• Gynecology

• Obstetrics

Cardiac Imaging

• Adult Echo
• Cardiac Screening/Survey
• Fetal Echo

• Pediatric Echo
• Stress Echo
• TEE

Small Parts

• Breast
• Testicle

• Thyroid

Urology Imaging

• Pelvis

• Prostate

Vascular Imaging

• Arterial
• Carotid
• IMT

• Transcranial
• Venous

User-Programmable Formulas & Tables

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

• Linear Array 3-12 MHz*
• Intraoperative / Hockey Stick 7-15 MHz
• Curved Array 1-6 MHz
• Micro-Convex 5-8 MHz

• Phased / Sector Array 1-12 MHz*
• Endovaginal 4-8 MHz
• Bi-plane Endorectal 5-10 MHz
• Veterinary (Equine) 5-8 MHz

Cardiac Transducers/Probes

• Adult Cardiac 1-12 MHz*
• Fetal Cardiac 5-8 MHz
• Neonatal Cardiac 5-8 MHz

• Pediatric Cardiac 3-12 MHz*
• Pencil 2 MHz & 5 MHz
• TEE 2-7 MHz

3D / Volume Transducers/Probes

• Abdominal 2-6 MHz

• Endocavity 3-9 MHz