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Rs. 5,500

Thyroid Collar, lead Goggles, Lead Gloves For Radiation Protection

DESCRIPTION

Purpose and Function:
Radiation Shielding: Lead collars, also known as thyroid shields or lead aprons, are designed to protect sensitive areas, particularly the thyroid gland, from X-ray radiation.
Material: Made from lead or lead-impregnated materials, they effectively absorb and block X-ray photons.
X-ray Production:
X-ray Generation: X-rays are produced when high-energy electrons strike a metal target within an X-ray tube. This generates X-ray photons used for imaging.

Scatter Radiation: Lead collars primarily protect against scatter radiation, which is X-ray radiation that has deviated from its original path and could otherwise cause unnecessary exposure.

Protection Mechanism:
Absorption: Lead collars absorb X-ray photons through attenuation, reducing radiation exposure to the thyroid and surrounding areas.
Density and Thickness: The effectiveness of a lead collar depends on the lead's density and the collar's thickness, with thicker and denser collars offering greater protection.

Protection from Radiation:
Lead collars are made of a lead-based material that absorbs and blocks X-ray radiation. They help shield the thyroid gland and other sensitive areas from radiation exposure, which can reduce the risk of radiation-induced health issues.

Usage in Medical Settings:
In radiology departments, lead collars are commonly used during X-ray imaging, fluoroscopy, and certain other procedures that involve radiation. They are worn by patients and sometimes by medical personnel to minimize radiation exposure.

Regulations and Safety:
The use of lead collars is governed by safety regulations to ensure adequate protection. They are regularly checked for integrity, as damaged or worn lead aprons may not provide effective protection.
Lead Collars and X-ray Production: While lead collars are crucial for protection, they don’t produce X-rays. Instead, they are a protective measure used to shield against the X-ray radiation that is produced by X-ray machines.