TLD Whole Body Holder (Panasonic 875)

Key Features:

1. Precise Positioning:
   • The 875 TLD Whole Body Holder ensures that the dosimeter is placed in the optimal position on the body for accurate radiation exposure measurements. It is designed to hold the dosimeter in a manner that reflects typical exposure to radiation, especially for workers involved in nuclear, medical, or industrial radiation activities.
2. Whole-Body Measurement:
   • This holder is ideal for use with whole-body dosimeters, which are worn by individuals to monitor their total exposure to radiation across the entire body. The holder ensures that the dosimeter is placed at a specific, standardized location (usually on the chest or torso) to accurately capture radiation levels.
3. Secure and Comfortable Fit:
   • The holder is ergonomically designed to provide a secure fit, preventing the dosimeter from shifting during work activities. It ensures that the dosimeter remains in place without causing discomfort to the wearer, allowing for long-term use without disrupting daily tasks.
4. Durable Construction:
   • Made from high-quality materials, the Panasonic 875 holder is durable and capable of withstanding the physical demands of a work environment. It is resistant to wear and tear, offering a long lifespan, even in harsh conditions.
5. Easy to Use:
   • The design allows for quick and straightforward attachment of the dosimeter. Users can easily secure the dosimeter to the holder, ensuring a hassle-free process when preparing for radiation monitoring.
6. Compatibility with Panasonic TLD Systems:
   • This holder is specifically designed for use with Panasonic TLD systems, ensuring a seamless integration with the company’s dosimeter technologies. It works well in combination with other Panasonic TLD accessories for a comprehensive radiation monitoring solution.
7. Enhances Radiation Safety:
   • By ensuring the correct positioning of the dosimeter, the Panasonic 875 Whole Body Holder contributes significantly to maintaining safety standards in environments where radiation exposure is a concern. It helps ensure that dosimeters provide accurate and reliable readings, which are crucial for assessing radiation doses and protecting workers from potential health risks.