Philips iU22 Ultrasound Machine

Philips IU22 Ultrasound

A revolution in premium performance ultrasound

The Philips iU22 xMATRIX ultrasound system is premium performance ultrasound like you've never seen before.

Unique xMATRIX technology on the X6-1 PureWave transducer harnesses the power of over 9,000 active elements, more than 35 times greater than today's conventional transducers, to capture crisp, high-resolution images of even technically challenging patients.

Below is a generalized description of this systems technology, specifications, features and options. The below may not reflect the features and options available on units in our inventory.

Technologies
Specifications
Measurements & Reporting
Transducers
Tutorials

Pushing the boundaries

In today’s busy and demanding healthcare environment, you can rely on the iU22 system for superb image quality for all patient types, advanced volume imaging solutions, innovative workflow tools and exceptional scanning ease.

Exceptional 2D and 3D image quality from a single transducer
The new X6-1 PureWave xMATRIX transducer delivers outstanding 2D images, and then, with the touch of a button, converts to 3D to provide a more complete picture of anatomy without workflow disruption.
Real-time, simultaneous imaging in two planes
The X6-1 PureWave xMATRIX transducer features xPlane, which allows imaging in two planes simultaneously, without manually rotating the transducer.
Volume viewing on any PACS
For the first time ever, you can send 3D MPRs to any PACS system, making volume images available wherever they are needed for decision-making, review and storage.
Gain a better perspective of needle location during biopsies and ablations
The iU22 xMATRIX provides integrated image fusion and instrument navigation capabilities with PercuNav. The PercuNav system acts like a GPS for medical instruments when guiding soft tissue biopsy and ablation procedures.
Enhancements in breast imaging
The iU22 xMATRIX's strain-based breast elastography feature provides a highly sensitive exam tool for detecting breast anomalies. The Advanced Breast Tissue Specific Imaging (TSI) preset on the L12-5 transducer, helps users distinguish between cystic and solid masses in the breast.
SmartExam tools deliver efficiency
SmartExam guided workflow on the iU22 xMATRIX increases consistency and speed by automatically planning and processing application protocols.
xMATRIX
xMATRIX revolutionary ultra thin slice imaging delivers extraordinary tissue uniformity for improved textural pattern recognition, superb discrimination of small structures in the near, mid and far, and exceptional image quality so you can see anatomical details not seen with conventional ultrasound.
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.
Elastography
Philips strain-based breast elastography technology is highly sensitive—obtained merely by patient breathing or cardiac motion. Elastography, on the iU22 xMATRIX with L12-5 transducer and Advanced Breast Tissue Specific Imaging (TSI) preset, enables you to differentiate relative stiffness of tissue through sonographic examination.
Digital Broadband Beamforming
Broadband beamforming uses the full range of ultrasound frequencies to capture the entire tissue signature information, preserving the quantity and quality of data through capture and preservation of the entire bandwidth of ultrasound signals.
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.
PureWave
PureWave crystal technology improves penetration in difficult-to-image patients; revealing details of fine structures and increasing exam efficiency.
Tissue Aberration Correction
Tissue aberration correction technology corrects for speed of sound changes through adipose tissue, sharpens spatial resolution, reduces the effects of acoustic beam distortion, and improves tissue uniformity throughout the depth of view.

System Specifications
Foot Print - USA (H x W x D) 55-64" x 22" x 43" Foot Print - Metric (H x W x D) 139.7-163.6 cm x 55.9 cm x 109.2 cm Weight 345 lbs
User Interface
Monitor Size 20" LCD Flat Panel Moveable Console Variable Adjustable Monitor Variable up to 500 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 3 Transducer Ports
Imaging Modes
2D	M-mode
Doppler Mode
High Frame Rate Color Flow Color Doppler Velocity Color Flow Mapping 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 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
Image File Format
AVI DICOM	JPG
Onboard / External Storage
CD/DVD Cine Clips	Hard Drive 160 GB
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 Veterinary Imaging
Pain Management Imaging
Musculoskeletal (MSK)	Orthopedic
Women's Imaging
Advanced OB Option Breast Imaging Elastography	Gynecology Obstetrics Reproductive Medicine (IVF) Option
Cardiac Imaging
Adult Echo Advanced Cardiac Software Option Cardiac Screening/Survey ECG Fetal Echo Option	Neonatal Echo Pediatric Echo Stress Echo TEE
Small Parts
Breast Testicle	Thyroid
Urology Imaging
Pelvis	Prostate
Vascular Imaging
Arterial Carotid IMT	Transcranial Venous Volume Flow
Structured Reporting
DICOM-Cardiac Structured Reporting DICOM-Vascular Structured Reporting	User-Programmable Formulas & Tables

Transducers / Probes (*Displayed MHz range includes multiple transducers)
Linear Array 2-17 MHz* Intraoperative / Hockey Stick 7-15 MHz Curved Array 1-9 MHz* Micro-Convex 5-8 MHz Phased / Sector Array 1-12 MHz*	Endocavity 5-9 MHz Endovaginal 3-10 MHz* Endorectal 5-9 MHz Veterinary (Equine) 5-8 MHz
Cardiac Transducers/Probes
Adult Cardiac 1-3 MHz Fetal Cardiac 1-7 MHz* Neonatal Cardiac 2-7 MHz	Pediatric Cardiac 1-7 MHz* Pencil 2 MHz & 5 MHz TEE 2-7 MHz
3D / Volume Transducers/Probes
Abdominal 2-6 MHz Endocavity 3-9 MHz	Linear 5-13 MHz Phased/Sector 1-7 MHz*

Philips iU22 Ultrasound System User Guides - PDF
Philips iU22 Quick Guide

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