Sunday, February 13, 2011
Integration of digital flat panel technology into mobile X-ray systems is forecast to drive x-ray growth
Integration of digital flat panel technology into mobile X-ray systems is forecast to drive a 55% increase in global mobile X-ray system revenues by 2014, according to a new report“The World Market for General Radiography and Fluoroscopy X-Ray Equipment – 2010” from InMedica
In the last ten years, room based X-ray system technology has shifted from basic analogue to a variety of “digital” solutions, such as computed radiography (CR), charged couple device (CCD) and flat panel detector (FPD). Of these, FPD has led to significant improvements in dose-reduction, image quality, and processing speed, with FPD X-ray systems now viewed as the industry “gold-standard”.
“The benefits of FPD technology in radiography applications has been proven in the room-based X-ray systems market, and has spurred demand for FPD technology in mobile X-ray systems” commented Stephen Holloway, Market Analyst at InMedica. “Manufacturers have been fast to act on this demand, with a multitude of mobile systems and retrofit FPD solution released in the past three years.”
According to the most recent InMedica report, unit shipments of digital mobile X-ray systems are forecast to increase by more than 20% each year over the next 5 years.
source: Balkans Business News
In the last ten years, room based X-ray system technology has shifted from basic analogue to a variety of “digital” solutions, such as computed radiography (CR), charged couple device (CCD) and flat panel detector (FPD). Of these, FPD has led to significant improvements in dose-reduction, image quality, and processing speed, with FPD X-ray systems now viewed as the industry “gold-standard”.
“The benefits of FPD technology in radiography applications has been proven in the room-based X-ray systems market, and has spurred demand for FPD technology in mobile X-ray systems” commented Stephen Holloway, Market Analyst at InMedica. “Manufacturers have been fast to act on this demand, with a multitude of mobile systems and retrofit FPD solution released in the past three years.”
According to the most recent InMedica report, unit shipments of digital mobile X-ray systems are forecast to increase by more than 20% each year over the next 5 years.
source: Balkans Business News
Friday, February 11, 2011
IMV Reports General X-ray Procedures Growing at 5.5% per Year, as Number of Installed X-ray Units Declines
According to a recent study published by IMV Medical Information Division, in 2010 an estimated 182.9 million procedures were performed in U.S. hospital radiology departments using fixed general x-ray equipment. Compared with an estimated 140.1 million procedures conducted in 2005, this represents an average annual growth rate of 5.5% per year.
These 182.9 million procedures were performed on an estimated 15,900 fixed x-ray radiography units, including both conventional x-ray and digital radiography (DR) units. This represents a slight decline in the total fixed x-ray installed base of approximately 1% per year since 2005, when an estimated 16,510 units were installed in the nation's hospital radiology departments.
"DR and computed radiography (CR) technology has allowed facilities to reduce their total installed base, while increasing their productivity," observed Lorna Young, Senior Director, Market Research. "Presently, over one-quarter of the installed x-ray units have DR technology (which allows digital x-ray images to be acquired directly into a computer without requiring the use of a removable cassette). CR technology (in which the x-ray image is acquired on a phosphor plate that is installed in a cassette, which is then taken to a CR reader that digitally captures the x-ray image) is used by 70% of the units. The remaining 4% of the fixed x-ray units are traditional film-only units, which has decreased from about one-third of the total installed base back in 2005."
source: PR Web
These 182.9 million procedures were performed on an estimated 15,900 fixed x-ray radiography units, including both conventional x-ray and digital radiography (DR) units. This represents a slight decline in the total fixed x-ray installed base of approximately 1% per year since 2005, when an estimated 16,510 units were installed in the nation's hospital radiology departments.
"DR and computed radiography (CR) technology has allowed facilities to reduce their total installed base, while increasing their productivity," observed Lorna Young, Senior Director, Market Research. "Presently, over one-quarter of the installed x-ray units have DR technology (which allows digital x-ray images to be acquired directly into a computer without requiring the use of a removable cassette). CR technology (in which the x-ray image is acquired on a phosphor plate that is installed in a cassette, which is then taken to a CR reader that digitally captures the x-ray image) is used by 70% of the units. The remaining 4% of the fixed x-ray units are traditional film-only units, which has decreased from about one-third of the total installed base back in 2005."
source: PR Web
Monday, January 17, 2011
ASRT Offers Fluoroscopy Safety Series
Fluoroscopy delivers the highest occupational medical radiation dose in the diagnostic imaging profession. Therefore, it is crucial for radiologic technologists to continue to protect themselves and their patients during fluoroscopy procedures. To address this, ASRT has developed a six-part fluoroscopy safety series that provides up-to-date information on fluoroscopy and radiation safety.
The series provides veteran radiologic technologists and newcomers to the profession with the tools to improve their fluoroscopy knowledge, expand their technical skills, achieve educational requirements and limit radiation risks to patients and themselves. The course content is delivered in a text-based, downloadable format, convenient for individuals interested in learning at their own pace.
The comprehensive series features six courses: Radiation Protection of the Eye, Image Quality and Analysis, Operation and Safety of Fixed Units, Radiation Protection and Safety, Regulation and Radiation Protection, and Mobile Unit Operation and Safety.
source: ASRT
The series provides veteran radiologic technologists and newcomers to the profession with the tools to improve their fluoroscopy knowledge, expand their technical skills, achieve educational requirements and limit radiation risks to patients and themselves. The course content is delivered in a text-based, downloadable format, convenient for individuals interested in learning at their own pace.
The comprehensive series features six courses: Radiation Protection of the Eye, Image Quality and Analysis, Operation and Safety of Fixed Units, Radiation Protection and Safety, Regulation and Radiation Protection, and Mobile Unit Operation and Safety.
source: ASRT
Friday, January 7, 2011
WHITIA Announces the Completion of Digital X-ray Pilot Sites in Urban and Rural Guatemala
CHICAGO--(BUSINESS WIRE)--WHITIA, a global non-profit social venture focused on bringing affordable healthcare technologies to medical facilities in limited-resource areas, today announced that it has completed two digital X-ray pilot site installations in Guatemala. The organization said that these sites will serve as the model for both urban and rural installations throughout the country.
“We would like to thank our partners, funders and all of the individuals who worked with us to successfully complete these installations,” said Ivy Walker, WHITIA’s CEO. “Many thousands of individuals in urban Guatemala City and rural Rio Hondo now have access to an important, essential healthcare technology through their community medical providers. This technology will be used to significantly improve the delivery of care in the communities served by these medical facilities. We look forward to helping these sites continue to improve their ability to provide quality medical care through the addition of telemedicine. We also look forward to using these sites as models for additional installations.”
The digital X-ray installation at Salud y Bienestar Clinica Municipal in Guatemala City involved the participation of several of WHITIA’s partners including Merge Healthcare which provided the PACS and image management software, Sedecal which provided the digital X-ray system, Carestream Health which donated the computed radiography system (CR) and Kane X-ray which donated personnel to perform the CR and PACS installations.
source: Business Wire
“We would like to thank our partners, funders and all of the individuals who worked with us to successfully complete these installations,” said Ivy Walker, WHITIA’s CEO. “Many thousands of individuals in urban Guatemala City and rural Rio Hondo now have access to an important, essential healthcare technology through their community medical providers. This technology will be used to significantly improve the delivery of care in the communities served by these medical facilities. We look forward to helping these sites continue to improve their ability to provide quality medical care through the addition of telemedicine. We also look forward to using these sites as models for additional installations.”
The digital X-ray installation at Salud y Bienestar Clinica Municipal in Guatemala City involved the participation of several of WHITIA’s partners including Merge Healthcare which provided the PACS and image management software, Sedecal which provided the digital X-ray system, Carestream Health which donated the computed radiography system (CR) and Kane X-ray which donated personnel to perform the CR and PACS installations.
source: Business Wire
Tuesday, January 4, 2011
Scale of UK exposure to X-rays revealed
Radiation scientists at the Agency have estimated that about 46 million medical and dental X-ray examinations were carried out across the UK in 2008, an increase of 10 per cent since 1997. About two-thirds, 67 per cent, of the procedures were carried out in NHS hospitals while 26 per cent were performed by dentists.
The new HPA study reveals that the average annual radiation dose to each member of the public from all diagnostic X-rays has increased from 0.33 millisieverts (mSv) in 1997, the last time a detailed frequency survey was completed, to 0.4 mSv. Most of the increase is due to the growth in the number of higher dose CT examinations. Medical X-rays remain the largest single artificial source of radiation exposure for the UK population. The average radiation dose from all sources of ionising radiation remains about 2.7mSv per person year and medical x-rays contribute 15 per cent of this total.
Dr John Cooper, Director of the HPA's Centre for Radiation, Chemical and Environmental Hazards, said: "Despite the increased use of diagnostic X-rays in medicine in the UK, the average dose to the population is still considerably lower than in comparable countries. This is because in the UK we carry out fewer X-ray examinations per head of population and because radiology departments are well managed by healthcare professionals.
source: HPA
The new HPA study reveals that the average annual radiation dose to each member of the public from all diagnostic X-rays has increased from 0.33 millisieverts (mSv) in 1997, the last time a detailed frequency survey was completed, to 0.4 mSv. Most of the increase is due to the growth in the number of higher dose CT examinations. Medical X-rays remain the largest single artificial source of radiation exposure for the UK population. The average radiation dose from all sources of ionising radiation remains about 2.7mSv per person year and medical x-rays contribute 15 per cent of this total.
Dr John Cooper, Director of the HPA's Centre for Radiation, Chemical and Environmental Hazards, said: "Despite the increased use of diagnostic X-rays in medicine in the UK, the average dose to the population is still considerably lower than in comparable countries. This is because in the UK we carry out fewer X-ray examinations per head of population and because radiology departments are well managed by healthcare professionals.
source: HPA
Wednesday, December 1, 2010
Carestream Health Spotlights Its Proven, Innovative DRX Family With Two Detectors, Three Systems
CHICAGO, Nov. 28 — Carestream Health showcased its award-winning family of detectors and systems based on the wireless, cassette-size CARESTREAM DRX-1 at the annual meeting of the Radiological Society of North America. Carestream Health is the only company that can offer a full family of options from CR to wireless, cassette-size detectors for existing x-ray rooms and mobile x-ray systems as well as fully automated DR suites.
In recognition of its innovative technological advances, Carestream Health was named Frost & Sullivan’s 2010 Medical Imaging Company of the year. The company’s DRX-based imaging systems enable healthcare providers worldwide to streamline overall imaging workflow, while simultaneously improving productivity and enhancing patient care. The company has sold more than 1,000 of its DRX-based systems since its highly successful launch.
The company’s current family of DRX imaging solutions includes: the CARESTREAM DRX-1 System, CARESTREAM DRX-Mobile Retrofit kit and CARESTREAM DRX-Evolution suite.
source: Carestream
In recognition of its innovative technological advances, Carestream Health was named Frost & Sullivan’s 2010 Medical Imaging Company of the year. The company’s DRX-based imaging systems enable healthcare providers worldwide to streamline overall imaging workflow, while simultaneously improving productivity and enhancing patient care. The company has sold more than 1,000 of its DRX-based systems since its highly successful launch.
The company’s current family of DRX imaging solutions includes: the CARESTREAM DRX-1 System, CARESTREAM DRX-Mobile Retrofit kit and CARESTREAM DRX-Evolution suite.
source: Carestream
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