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Thyroid Shield/Collars

Thyroid Shield/Collars

Thyroid Shield | Collars

Thyroid protection is one of those compliance items that gets underestimated until someone actually audits the radiation safety records. Thyroid shield collars are a straightforward piece of personal protective equipment that belongs on every staff member or patient in proximity to the primary beam, across dental, medical, and veterinary imaging settings.

ARO Systems stocks lead thyroid collars in adjustable-fit configurations designed to sit comfortably around the neck without restricting movement during procedures. The range is suited to x-ray suites, fluoroscopy rooms, dental practices, and veterinary imaging environments where occupational exposure is a routine consideration.

Browse the full range below or contact ARO Systems for bulk orders or compliance-specific requirements. We deliver thyroid shield collars throughout Australia.

 

Frequently Asked Questions

 

Why is thyroid protection required during x-ray procedures?
The thyroid gland is particularly sensitive to ionising radiation. In procedures where the thyroid is near the primary beam or in a high-scatter environment, a lead collar significantly reduces the absorbed dose to the gland. Thyroid protection is a standard radiation safety measure in dental, medical, and veterinary imaging.
What lead equivalency should a thyroid shield collar have?
The standard minimum for thyroid shield collars in clinical use is 0.25mm lead equivalency (Pb), though 0.5mm Pb is recommended for higher-dose environments such as fluoroscopy rooms. Check your facility’s radiation safety protocol or consult your Radiation Safety Officer for the requirement applicable to your setting.
Are thyroid collars suitable for use in both human and veterinary clinical environments?
Yes. Thyroid shield collars are used by clinical staff in veterinary practices, dental surgeries, and human medical imaging centres. The key consideration is fit and lead equivalency, both of which should be matched to the exposure environment.