Co-57
RadQual RadLite™ Flood Sources

RadQual RadLite™ Flood Sources

RadQual RadLite™ flood sources…Lite Done Right!

60% lighter, 60% thinner and – as with all RadQual products – 100% guaranteed.

Bench/mark™ and RadLite™ flood sources are available in a wide range of activities for both circular and rectangular shaped gamma camera detectors. Contact your Bench/mark™ and RadLite™ flood source dealer for help in determining which product will best suit your needs.

Dose Calibrator E-Vials | SPECT

Dose Calibrator E-Vials | SPECT

All Dose calibrator vials are calibrated against a traceable National Institute of Standards and Technology (NIST) solution. In an identical geometry, using a pressurized ion chamber. Each source is packaged in an individual lead shield that is color coded to the source. Red/Co-57, Green/Cs-137 and Black/Ba-133.

All sources are shipped with a Certificate of Calibration, Leak Test Certification, radiation safety and handling instructions and a custom decay calendar.

RadQual Rod Sources | SPECT

RadQual Rod Sources | SPECT

RadQual’s calibrated rod sources typically have a calibration accuracy of ± 3% – 5% at a 95% confidence level. Physical dimensions are 2.96 inches (75 mm) total length by 0.47 inches (11.9 mm) diameter.

RadQual’s calibrated rod sources are manufactured by gravimetric transference of NIST traceable solutions.

Calibration is confirmed using a Sodium Iodide detector.

Dose Calibrator E-Vial Sources

Dose Calibrator E-Vial Sources

All Dose calibrator sources are calibrated against a traceable National Institute of Standards (NIST) solution in a similar geometry, using a pressurized ion chamber. RadQual “E” vials contain approximately 23 cc’s of total volume with 20cc’s of active epoxy.

Each source is packaged in an individual lead shield that is color coded to the source.

All sources are shipped with a certificate of calibration, leak test certification, radiation safety handling instructions, and a custom decay calendar.

V-Vial Dose Calibrator Sources

V-Vial Dose Calibrator Sources

Dose calibrator sources are available in 5cc, 10cc, or 20cc sizes.

All Dose calibrator sources are calibrated against a traceable National Institute of Standards (NIST) solution in a similar geometry, using a pressurized ion chamber.

Each source is packaged in an individual lead shield that is color coded to the source.

All sources are shipped with a certificate of calibration, leak test certification, radiation safety handling instructions, and a custom decay calendar.

RadQual Rod Sources

RadQual Rod Sources

RadQual’s calibrated rod sources typically have a calibration accuracy of ± 3% – 5% at a 95% confidence level. Physical dimensions are 2.96 inches (75 mm) total length by 0.47 inches (11.9 mm) diameter.

RadQual’s calibrated rod sources are manufactured by gravimetric transference of NIST traceable solutions.

Calibration is confirmed using a Sodium Iodide detector.

Spot Markers

Spot Markers

RadQual’s Spot Markers are reference sources manufactured by gravimetric transfer of Na-22 or Ge-68 sealed with an epoxy mixture and checked by ion chamber for content. There are two designs available. The traditional Lucite marker with a total diameter of 1.0 inches (2.54 cm), an active area of 0.125 inches (3 mm) and a total thickness of 0.25 inches (6.4 mm).  The Aluminum marker has the same physical characteristics but is designed and approved by regulatory authorities for activity content up to 0.6 mCi (22.2 MBq) of Na-22 or Ge-68.

Pen Point Markers

Pen Point Markers

RadQual’s Penpoint Marker is designed for highlighting or tracing the outlines of a particular anatomical region or feature on a patient during imaging. It is constructed using 300 series stainless steel. Each source is supplied with a threaded cap to shield the active point when the source is not being used with 0.5 inch wall thickness.

The overall length of the source with shield in place is 10.1″ (25.6 cm), with the shield removed the length decreases to 9.26″ (23.5 cm). The penpoint marker has a diameter of 0.25″ (6.3 mm).