When Is an X Ray Badge Required?

Radiation Safety

When Is an X Ray Badge Required?

Reviewed by Chris Passmore, CHP

Understand the importance of an x ray badge in various occupational settings and how radiation monitoring safeguards employees, companies, and the public.

Using an x ray badge to monitor radiation is essential in some occupational settings to ensure radiation safety. By continuously detecting and measuring radiation levels, companies can identify and mitigate potential health risks related to radiation exposure.

In this blog post, we'll share how x ray badges continuously monitor radiation levels in various occupational settings.

Key Takeaways

  • Some occupational settings, such as dental offices, nuclear power plants, healthcare providers, and research labs, deal with radioactive materials and X ray generating devices, resulting in radiation exposure that can pose serious health risks if not adequately monitored.
  • An X ray badge plays a crucial role in monitoring radiation exposure and complying with state and federal regulatory limits.
  • In addition to protecting employees, radiation monitoring helps ensure safety for the public and the surrounding environment.

Why Do Some Occupational Settings Require Radiation Monitoring?

One of the main reasons why some occupational settings require radiation monitoring is to protect workers from excessive radiation exposure and demonstrate compliance with occupational radiation exposure limits.

Depending on the job and potential radiation sources, employees may be at risk of prolonged exposure to harmful radiation. Regular radiation monitoring allows companies to measure exposure and implement necessary safety measures to protect their employees and comply with acceptable dose limits per federal and state regulatory guidelines.

Overall, radiation monitoring is crucial in occupational settings to protect employees, stay compliant, and safeguard public well-being. X ray badges provide an effective method of continuously detecting and measuring radiation exposure.

The Importance of Staying Compliant: Radiation Safety

Compliance is of utmost importance in occupational settings that require the use of radiation or radioactive materials to perform a job. Radiation safety protocol compliance typically involves precautions for ionizing radiation related to time, distance, and shielding. ALARA, an acronym for As Low As Reasonably Achievable, is the gold standard for radiation safety.

According to the Occupational Safety and Health Administration (OSHA),1 “An ALARA program usually involves maintaining radiation doses to workers as far below the federal and state regulatory occupational dose limits as is reasonably achievable taking into consideration the state of technology, economics, and social factors.”

An x ray badge service is an essential part of radiation safety; monitoring radiation allows companies to adhere to federal requirements, ensure the well-being of their employees, and maintain a safe work environment.

How Does an X Ray Badge Support Safety Compliance?

Employees wear X ray badges, also known as dosimeter badges, in occupational settings to measure their radiation dose. Companies can identify potential hazards by regularly monitoring radiation levels and taking appropriate measures to mitigate risks.

Radiation Safety Training for Occupational Settings

Radiation safety training is an essential part of occupational safety for employees exposed to radioactive materials and radiation exposure. The United States Nuclear Regulatory Commission (NRC) requires adequate initial training for all employees likely to receive a dose of more than 100 millirem annually. A foundational awareness of radiation helps employees stay safe and healthy.

Basic radiation safety training can include information that helps employees:

  • Understand the risks associated with radiation exposure
  • Learn how to use protective equipment properly
  • Follow established procedures to minimize exposure

The level of training should be appropriate for the risk of exposure, and some employees will require more than a foundational awareness of radiation safety. For example, employees working in the following environments would require more training:

  • Areas where high radiation exposure is possible
  • Areas where contamination could occur
  • Areas where airborne contamination could be present

Staying compliant with radiation regulations helps companies create a culture of safety, protect their employees from unnecessary health risks, and maintain public trust.

Occupational Settings That Require X Ray Badges

Radiation badges are an important tool for continuous radiation detection and monitoring in various occupational settings.

Some of the occupational settings that require x ray badges include:

  • Veterinary practices
  • Healthcare facilities
  • Dental practices
  • Nuclear industries
  • Electronic manufacturing
  • Aviation
  • Research labs

By wearing these badges, employees can monitor their radiation exposure and take appropriate measures to protect themselves and others.

Specific requirements for x-ray badges may vary depending on the occupational setting and potential radiation sources. However, regardless of the setting, the primary goal of using x ray badges is to maintain radiation safety and prevent overexposure.

Radiation Monitoring in Veterinary Settings

Veterinary practices may utilize x-ray technology for diagnosing and treating animals, exposing veterinary staff to radiation during the imaging process. In addition to OSL or TLD whole body radiation badges, veterinarians and vet techs may also use extremity badges (wrist or ring).

X Ray Badges for Healthcare Facilities

Healthcare facilities, including hospitals and medical clinics, often utilize various imaging technologies that involve radiation, such as X-rays, CT scans, and fluoroscopy. As a result, healthcare professionals who work in these settings are regularly exposed to radiation.

X ray badges provide an effective means of continuous radiation detection and monitoring in healthcare settings, ensuring the safety of both patients and healthcare professionals.

Radiation Monitoring in Dental Practices

Dental practices often use X-ray technology to diagnose dental conditions, and dentists, dental assistants, and other dental professionals may be exposed to radiation during routine procedures.

Radiation monitoring in dental practices is crucial to ensure the safety of dental professionals and patients. X ray badges are required in these settings to monitor the radiation exposure levels of dental personnel.

Monitoring Radiation in the Nuclear Industry

The nuclear industry, including power plants and research facilities, deals with radioactive materials and processes that can pose significant health risks.

Monitoring radiation in the nuclear industry involves:

  • Wearing x ray badges
  • Implementing strict safety protocols and procedures
  • Wearing specialized protective equipment
  • Conducting regular training on radiation safety

Radiation Safety in Electronics Manufacturing

Electronics manufacturing involves various processes and equipment that may emit radiation, including sterilization, quality control, and semiconductor fabrication.

Employees in electronics manufacturing might use radiation hardness testing to check how well electronic parts can handle exposure to radiation. Radiation hardness testing can be essential for products used in high-exposure environments.

Aviation Radiation Monitoring

Aviation industry personnel, including pilots and flight crew, may be exposed to elevated radiation levels due to cosmic radiation at higher altitudes. As a result, aviation radiation monitoring is necessary to ensure the safety of aviation professionals.

Ensuring Radiation Safety in Research Lab Settings

Research laboratories often deal with radioactive materials and equipment, making radiation safety a critical aspect of their operations. By prioritizing radiation safety in research lab settings, companies can protect the well-being of their personnel, prevent potential accidents or health hazards, and maintain a safe working environment.

When to Wear a Radiation Badge: Ultimate Takeaways

In summary, employees should wear an x ray badge in any environment requiring radiation exposure. An x ray dosimeter badge is a necessary tool for employees in various occupational settings; radiation monitoring helps protect both immediate and long-term employee health.

Safety should be simple. RDC can help guide you toward the right radiation badge service for your workplace. Get started here.

Frequently Asked Questions

What is an X-ray badge?

An X-ray badge is a wearable device that measures the amount of radiation someone is exposed to, commonly used by people who work with X-rays or other forms of radiation.

How do I get a radiation badge?

To get a radiation badge, contact your workplace's radiation safety department, call Radiation Detection Company at (800)250-3314, or start building your order. Need help finding the best badge for your workplace? Get started with our radiation badge order guide.

Who needs to wear a radiation badge?

Those who work with or could be exposed to radiation, like in healthcare, nuclear facilities, or research labs, usually need to wear a radiation badge.

How does a radiation film badge work?

The terms "radiation film badge" and an "X-ray badge" can both refer to a dosimeter worn by individuals to monitor their exposure to ionizing radiation.

In previous decades, radiation film badges typically used photographic film to detect and record radiation exposure. Radiation exposure would leave a hidden image on the film, which was then processed and analyzed to measure the amount of radiation exposure.

Nowadays, newer dosimetry technologies are more common; most industries prefer thermoluminescent dosimeters (TLD), optically stimulated luminescence dosimeters (OSL), or digital dosimeters. While film badges have been widely used for decades and are still effective for monitoring radiation exposure, they do have limitations compared to newer technologies.


  1. “Ionizing Radiation.” Occupational Safety and Health Administration, U.S. Department of Labor, Accessed 5 Apr. 2024.

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