MedicExchange Dosimetry Directory

Dosimetry is the measurement of radiation dosage emitted by any radioactive source. It deals even with the effects of radiation on the body. Dosimeter is the measuring instrument that is utilized for to measure ionizing radiation dose (e.g. X-ray).

Radioactive emission through the expanded usage of medical imaging equipment has raised grave concerns, in the healthcare domain. Diagnostic imaging equipment is used for severe medical conditions, and effects of radiation are not easy to be ignored by. Dose reduction devices facilitate for to trim down radiation dose, without compromising on image quality, as it ensures safety of patients through delivery optimization.

High sensitivity Radiation dosimeters detect and locate radiation sources, measure dose equivalent rate and radiation flux density from polluted surface. Dosimetry systems monitor external radiation exposures, but do not protect from radiation, and Dosimetry Products are utilized for radiation monitoring in materials, specific targets, environment, area etc.

Radiation dosimeter can assess X-Ray/Gamma ray exposure with enhanced sensitivity and precision. Thermoluminescent Dosimeter (TLD) measures radiation exposures to skin and extremities. TLD is confined within the ring, labeled/sealed with laser engraved cover. There are even pocket dosimeters available in the marketplace. Whole body dosimeter is usually worn when it is required to work around, or with radiation sources.

More than conventional dosimeter film badges, whole body dosimeters are now in practice. Some of the features that radiation dosimeter extends forth are: higher sensitivity, greater precision, environmental stability, and radiation exposure measurement etc.

While using radiation dosimetry badges and rings - the advice is always given not to exchange it with other persons, to keep away from radioactive contamination.

Browse through MedicExchange for Dosimetry Products from varied Dosimetry Companies, for effective measurement of ionizing radiation dose, in work surrounding, to keep away from radioactive pollution.

Finally, stay over for few of Radiation Therapy Webinars, and Radiology Whitepapers.