Features
Comfortable
- Weight Adjuster.
- Flexible.
- Available with Velcro Straps.
Effective Results
- 0.5mm Lead equivalency front protection.
- BARC certified.
Easy Usage
- Quick & Easy to use.
Soft Fabric
- Breathable
- Comfortable
- Durable
- Low Maintenance
- Doesn’t shrink
Light Weighted
- Length including velcro strap: 40 cm.
- Length of shield: 22 cm.
- Breadth: 22 cm.
Adjustable
- For better ergonomics.
- Adjustable to any neck size.
- It helps evenly distribute it, making you more comfortable.
Velcro Straps
- For better grip.
- Velcro has great strength and is low maintenance.
- One of its greatest advantages is the ease of use.
- Locked together with just a press of the fabric.
- It is so easy to use it can be operated by a runner mid-stride.
Barc certified
- Bharat atomic research center Certified thyroid shield.
- It is designed to provide an efficacious shield against radiation during the X-ray process.
Description
Waldent offers a full assortment of lead thyroid collars and lead neck shields to ensure quality care.
Several common thyroid conditions can have potentially devastating impacts on a patient’s health. Lead thyroid collars prevent harmful exposure to this sensitive gland.
INDICATION :
- Indicated during intra-oral/extra-oral radiography for radiation protection of the thyroid gland.
- Thyroid x-ray protection is utilized by hospitals, private practices, and imaging centers throughout the world.
ADVANTAGE :
- Minimizes radiation exposure risks for patients and medical personnel during imaging procedures.
- Quality care and protection for the patient and medical staff.
- Reduces the risk of radiation exposure.
- It provides maximum comfort.
- Very less fatigue.
- Freedom of movement.
Key Specifications
Type: | Dental Radiography |
Category: | X ray protection |
Material: | Lead |
Disposable/Reusable: | Reusable |
Sterile / Non-Sterile: | Non – Sterile |
Packaging
Direction to Use
STEP 1: Before patient positioning for radiation exposure, drape thyroid shield/collar around the neck of the patient.
STEP 2: Check for fitting adjustments.
STEP 3: Place the patient in the position for the radiograph to be taken.
