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Join us for a technical discussion on Best Theratronics' reliable medical and research equipment, including Cesium and X-ray irradiators, and the challenges of developing alternative technologies. Explore our timeline of blood and research irradiators and learn about the specific guidelines and technical requirements for research activities. January 29-30, California, USA.
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Cesium Irradiators and Alternative Technologies Technical DiscussionBest Theratronics January 29-30, California , USA
Introduction • Best Theratronics is a manufacturer of very reliable medical and research equipment for over 40 years • Products sold worldwide in over 100 countries • Manufacturer of Cesium and X-ray irradiators • Active participant in the security upgrade program of Gammacell irradiators • New products added to the portfolio Manufacturer’s Facts
General Products Presentation Best Theratronics - Sealed Sources Irradiators • Gammacell 1000/3000: blood, blood products and tissue • Gammacell 40: research ( mostly medical)
General Products Presentation • Best Theratronics - X-ray Sources Irradiator • Raycell Mk2 : blood, blood products and tissue
Blood Irradiators Timeline - Blood and Blood Products Irradiators • In July 1969, First Gammacell 1000 was installed and later in 1991 the Gammacell 3000 irradiator was added to the blood irradiators product line • Gammacell 1000/3000 unit is the “workhorse” for blood irradiation in many hospitals and independent blood banks • Early in 2004 Best Theratronics entered the market of X-ray blood irradiators • Raycell Mk2 is Theratronics’ current generation Raycell blood irradiator
Research Irradiators Timeline - Research Irradiators • In July 1971, Gammacell 40 research irradiator was released to the market • Gammacell 40 is a reliable, low cost and easy to operate unit, used by universities and research facilities • Best Theratronics has capabilities and experience to develop an X-ray irradiator targeted for research • More than 10 years of experience with X-ray irradiators
Summary • Current technological capabilities still pose challenges for X-ray equipment manufacturers • Some of the current technological shortcomings may be mitigated but at a considerable additional cost • Research activities are diverse and continuously changing • Specific guidelines and technical requirements for research irradiation activities are limited, targeted and cannot be easily shifted and shared with other research experiments
Jan2014 Thank you a member of by Victor Moga