Radiation Monitoring System

At Abid Rafique.Co, we provide radiation monitoring systems that are designed to keep track of the radiation levels in your area. Our equipment is fully compatible with any kind of nuclear facility, so you can be sure it will work with your current setup.

Our products are easy to install, and they are also very affordable. We offer a variety of options for each piece of equipment you choose from our catalog, and every one of them comes with our full warranty protection. If you're looking for a way to ensure the safety of your employees and customers, then look no further than Abid Rafique.Co.

Radiation monitoring system is a system that monitors radiation levels in a room or area. It can be used to measure the amount of radiation emitted by medical equipment or X-ray machines, and it can also be used to measure levels of radiation coming from the environment

Radiation monitoring systems are used to detect and measure the amount of radiation emitted by medical equipment or X-ray machines, as well as environmental radiation levels. These systems allow healthcare facilities, such as hospitals and clinics, to ensure that patients and staff remain safe from exposure to harmful levels of radiation.

Radiation monitoring systems are used to detect and measure radiation in the air, water, or soil. They are a vital part of safety and security in nuclear power plants and hospitals, as well as other workplaces where radiation exposure may occur.

Radiation monitoring systems can be installed in any type of building or structure for any purpose. They can be used to check for leaks or spills of radioactive materials, which can cause contamination of the environment. The systems can also be used to detect the presence of radioactive material on people who may have been exposed to it.

The equipment is designed to detect gamma rays and X-rays at different levels depending on how they were created by radioactive decay processes. The devices are capable of measuring several types of radiation that arise from nuclear decay processes such as radioactive iodine 131 (I 131), cesium 137 (Cs137), strontium 90 (Sr90), cobalt 60 (Co60) and plutonium 239 (Pu239).