Rad Source RS 3400 Blood Irradiator X Ray 6L Capacity FDA Cleared 5 Min Cycle
Rad Source
Details
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CategoryClinical
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Dimension41.0in x 47.0in x 76.0in
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Serial6190
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Shipping TypeFreight
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Manufacturing2019-01-01
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Voltage / Hertz208-240V / 50Hz/60Hz
Description
The Rad Source RS 3400, manufactured in 2019, is a versatile X-ray blood irradiator designed for life sciences with a throughput capacity of up to 6L in 5 minutes. Known for its excellent dose uniformity, this device uses a patented Quastar x-ray emitter and a carousel rotator which ensures uniform processing without rotating the content. As a safe, US government-recognized direct replacement for gamma irradiators, the RS 3400 does not require a Nuclear Regulatory Commission license. With a proven service record in hospitals and research institutions, Rad Source offers a device that integrates safety features like redundant interlocks, ensuring low external emissions. The RS 3400 is produced in the USA and meets FDA, CE, and CB Scheme certifications.
Key Features
- Processes up to 6L capacity in 5 minutes
- Patented Quastar x-ray emitter with DUR as low as ~1.35
- US FDA 510(k) cleared, CE marked, and CB Scheme certified
- No NRC license or nuclear disposal requirements
- Repairable x-ray emitter source operates up to 7 years
- Small footprint: 84.6 x 86.0 cm
Specifications
- Handles blood bags, platelet bags, and syringes up to 60 mL
- Cycle time for 25Gy center dose is less than 5 minutes
- Runs on single 208/240V power supply, less than 2kW
- External dimensions (W x D x H): 33.9 x 33.35 x 68.25 inches
- Dose uniformity ratio: ~1.6 to ~1.35
- Onboard cooling, no water hook-up required
- Weight: 786.98 kg (1735 lbs)
Weight
Imperial: 2082.0 Pounds
Metric: 944.38 Kilograms
Shipping Dimensions
Imperial: 49.2 lb x 56.4 lb x 91.2 lb
Metric: 124.97 cm x 143.26 cm x 231.65 cm
Harmonized Code
90221400
Harmonized Code Details
90221400 - Apparatus based on the use of X-rays, for medical, surgical, dental or veterinary uses. Chosen due to the RS 3400's medical application and utilization of X-ray technology for blood irradiation.
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