Why Radiation Protection

Novel Solution To Scatter Radiation Exposure

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Radiaction blocks over 90% of radiation exposure to the entire room, safeguarding the entire medical staff. There's no need to continually add more lead weight and suffer orthopedic strain. Achieve comprehensive head-to-toe radiation protection with Radiaction, which has the potential to reduce up to 75% of lead weight while providing the necessary level of protection.

External exposure refers to radiation that originates from outside the body and interacts with us. This radiation source could be equipment like an x-ray machine or radioactive materials contained within a vessel. The amount of external radiation exposure one receives is associated with factors such as distance from the source, energy of the emitted radiation, total amount of radioactive material present, or machine settings, as well as the duration of exposure. Radiation workers can control and limit their exposure by optimizing three key factors: time, distance, and shielding.

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Reduce Time:

By minimizing the duration of exposure to a radiation source, you effectively reduce the dose proportionally. Time directly impacts the level of exposure received. For instance, if feasible, conduct interviews with nuclear medicine patients prior to drug administration rather than afterward.

Increase Distance:

When possible, increase the distance from the radiation source. The exposure rate decreases according to the inverse square law of distance. For example, during a fluoroscopy procedure, stand on the image intensifier side of the C-arm if a problem arises, or step away from the patient when not assisting.

Use Shielding:

Proper shielding is crucial for radiation protection, which can be achieved using radiation shields, automatic interlock devices, and in-place radiation monitoring instruments. While portable shields, protective drapes, lead aprons, and concrete walls in facilities like radiation oncology units provide protection, it's also vital to follow vendor instructions for portable x-ray devices.

Alpha, beta, gamma, and x-ray radiation can generally be stopped by:

• Minimizing exposure time,
• Maintaining a safe distance from the source,
• Using appropriate shielding when necessary,
• Wearing protective clothing to prevent radioactive contamination.