Push-Up Rods for UD-794A Irradiator

The Push-Up Rods for UD-794A Irradiator are high-quality, precision-engineered rods designed to assist in the dosimeter exposure calibration process, ensuring that dosimeters receive uniform and accurate radiation exposure during irradiation testing. These rods are integral to the operation of the UD-794A Irradiator, a device used to test and calibrate dosimeters used for radiation monitoring.

Key Features:

1. Uniform Radiation Exposure:
   • The primary function of the Push-Up Rods is to ensure that dosimeters are consistently exposed to uniform radiation within the irradiator. By properly positioning the dosimeter during testing, the rods help achieve a controlled and evenly distributed exposure, which is critical for accurate calibration.
2. High-Quality Construction:
   • Made from durable materials, the Push-Up Rods are built to last and withstand the demands of regular use in radiation calibration processes. Their design ensures they remain stable and secure during the exposure process, preventing any accidental dislodging or misalignment of dosimeters.
3. Accurate Dosimeter Calibration:
   • Proper calibration is vital for ensuring that dosimeters provide accurate readings when used in real-world radiation monitoring applications. The Push-Up Rods play a key role in positioning the dosimeter at the right height and orientation inside the irradiator, guaranteeing that radiation exposure is evenly applied across the dosimeter surface for accurate calibration.
4. Ease of Use:
   • The Push-Up Rods are designed for easy handling and precise placement of dosimeters within the irradiator. Their intuitive design ensures that the dosimeter can be quickly and securely positioned without the need for complex adjustments, improving the efficiency of the calibration process.
5. Consistent Positioning:
   • These rods are crafted to provide consistent and repeatable positioning of dosimeters, which is essential for the reliability of the calibration process. This consistency ensures that each dosimeter undergoes the same exposure conditions, allowing for valid comparisons and accurate calibration.
6. Compatibility with UD-794A Irradiator:
   • Specifically designed for use with the UD-794A Irradiator, the Push-Up Rods integrate seamlessly with the system. Their compatibility ensures that dosimeters are placed in the optimal position for uniform radiation exposure during testing and calibration.
7. Enhanced Calibration Efficiency:
   • The use of Push-Up Rods helps streamline the calibration process, reducing the time and effort required to accurately expose dosimeters to radiation. This increased efficiency is crucial in settings that require regular calibration and testing of multiple dosimeters.

Applications:

• Radiation Dosimeter Calibration:
  • The Push-Up Rods for UD-794A Irradiator are essential tools in radiation dosimeter calibration. These rods ensure that dosimeters used in radiation monitoring systems are accurately calibrated, providing reliable readings for radiation exposure.
• Quality Assurance in Radiation Safety:
  • In workplaces such as nuclear facilities, hospitals, radiation research labs, and industrial radiation settings, the calibration of dosimeters is vital to ensure that workers’ radiation exposure levels are correctly measured. The rods help maintain the quality of dosimeter readings by ensuring uniform exposure during calibration.
• Regulatory Compliance:
  • Accurate calibration of dosimeters is required for compliance with radiation safety regulations. The Push-Up Rods play a critical role in ensuring that dosimeters provide accurate exposure data, supporting organizations in meeting regulatory requirements for radiation monitoring.

Conclusion:

The Push-Up Rods for UD-794A Irradiator are a key component in achieving accurate and uniform radiation exposure during the calibration of dosimeters. Their high-quality design, ease of use, and compatibility with the UD-794A Irradiator ensure that the calibration process is efficient and precise, making them essential for accurate radiation monitoring and regulatory compliance.