GE Medical Systems
Search
 
Home > Company News Printer Friendly
Company News
 


LightSpeed 16: The Power To Do

GE’s LightSpeed16 CT is the next evolution in the innovative LightSpeed family of CT scanners and a breakthrough that proves why GE remains the technology leader in
diagnostic imaging.

In LightSpeed, GE has accomplished the unprecedented, delivering four new CT products to the market in four years — beginning with LightSpeed QX/i (4-slice), the LightSpeed Plus (more applications and speed), then LightSpeed Ultra - the world’s only 8-slice CT scanner, and now, LightSpeed16 - the 16-slice CT scanner.

Each innovation in the LightSpeed® continuum has brought dramatic improvements in doctors’ ability to see finite detail, enabling faster, more accurate detection and diagnosis.

LightSpeed16 incorporates breakthrough innovations that deliver speed with sub-millimeter resolution, and effective dose optimization to push clinical applications to new levels.

   

In CT scanning, image quality and dose are inextricably linked. Image quality is often improved at the expense of higher radiation dose to the patient. But in the LightSpeed16, we have created a CT system that obtains virtually artifact-free, diagnostic-quality images at a minimum patient dose.

Faster acquisition of data in the 16-slice allows GEMS to offer with LightSpeed16 the most comprehensive set of applications and clinical features designed to improve physician productivity and patient care. Most notably will be the entry into Cardiac applications, as well as viewing small tortuous vessels, fine bony structures and coronary arteries.

Better image resolution and acquisition speed reduces patient exam time and improves the ability of doctors to diagnose. And that’s just the beginning.

The HiLight Matrix II Detector was engineered specifically for the demanding requirements of sub-second CT scanning and sub-millimeter scanning. GE’s patented HiLight ceramic scintillator provides 99% X-ray absorption efficiency, long-term stability, and supports even faster gantry rotation speeds. It eliminates artifacts due to radiation damage and afterglow problems found in other solid-state scintillators.

         

Outstanding Image Quality
Charité University Hospital, Berlin, Europe

The new LightSpeed16 is able to deliver 16 slices in just one rotation, making it ideal for cardiac applications and traumatology while greatly increasing patient comfort. The LightSpeed16 delivers superb image quality and allows the clinician to see details that could not be
seen previously.

The very first run-off exam was completed within 15 seconds. This is fast enough to avoid any venous opacification using thin slices.

A complete acquisition from thorax to pelvis lasted 13 seconds using 1.25 mm with absolutely no trade-off in image quality.

Images Journal

Back Issues
 We bring Good Things to Life
 
 Issue 38, July 2002

Now in 4D
The future of MRI
Digital Mammography
LightSpeed 16: The Power to Do
Digital Cardiovascular Imaging
One for Every Cardiologist
Winning with the Customer
Home
 

A seven-month-old child came to us and our doctors needed to know whether or not he had an aneurysm near his heart. If he did, he would need to go to the operating room immediately. With Color Coding for Kids, we could specifically design the CT scan with this child’s weight in mind, so we were able to do the study at about one-tenth of the radiation dose which might otherwise have been necessary.

Dr. Donald Frush, Paediatric Radiology, Duke University Medical Center on Color Coding for Kids

                                                        

First Few Installations:

Froedtert Hospital
Milwaukee

Charité, Germany

Stanford University Medical Center, CA

Several units are under installation in US, Europe and ASIA.

                                                        

It will be especially useful in studying small coronary arteries for early signs of heart disease.

James Youker,
Director, Radiology Dept.,
Froedtert Memorial Lutheran Hospital



Privacy PolicyTerms of UseSitemapPrinter Friendly© 1997-2002 General Electric Company
By using our site or downloading materials from the site, you agree to our Privacy Policy and Terms of Use.
Click above to review those policies. If you do not agree, do not use the site or download any materials from it.