The 9 Best Radiation Detectors For The Workplace

The 9 Best Radiation Detectors For The Workplace

The 9 Best Radiation Detectors For The Workplace

In workplaces (Or anywhere) that are at risk of radiation exposure, it’s extremely important to have a radiation detector.

We cannot smell, taste, or see radiation, and the smallest exposure can be detrimental to our health.

If you’re in a high risk environment, here are my recommendations for the best radiation detector to choose.

GQ GMC-500Plus Nuclear Radiation Detector

GQ GMC-500Plus Nuclear Radiation Detector

  • Prompt reading within seconds
  • Immediate recording
  • Display with large text and clock
  • Playback feature
  • Accurate and actual data
  • Portable and lightweight design
  • 2 Geiger sensors
  • Rechargeable battery
  • Superior built-in CPU
  • Built-in gyroscope and speaker

The GQ Nuclear Radiation Detector is a lightweight and portable unit that can detect Gamma, Beta, and radiation from X-Rays.

You can use it as a dosimeter for tracking radiation input or as an ongoing radiation monitor. It is useful for detecting radiation levels and viewing it in

Radiation detectors are priceless because they provide reassurance and reduce your risk of cancer. After recording the data, you’ll be able to store and retain it for future analysis.

You can also share the data with the help of its USB port and wifi connectivity features. This model is user-friendly with both advanced and elementary features.

What customers are saying

Customers gave this unit excellent reviews and were mostly happy with its quality, design, effectiveness, and features.

However, some customers received faulty units and some complained that it stopped working after a few months.

MIRA Safety Nuclear Radiation Detector Pen

MIRA Safety Nuclear Radiation Detector Pen

  • Customizable settings
  • Two buttons plus an LCD screen
  • Compact and lightweight design
  • Takes 2 LR44 watch batteries
  • Monitor and evaluate radiation exposure levels

The MIRA Nuclear Radiation Pen is a completely functional and compact dosimeter that provides the same amount of features and reliability as its larger counterparts.

The unit is slightly bigger than a ballpoint pen and is made with an impact-resilient polymer. It is very easy to use and has two buttons, a basic design, and a user-friendly LCD screen.

You can customize the light, radiation tolerance, and tone settings plus personalize the unit to your liking. The detector’s size makes it convenient to take with you wherever you go.

It fits with ease into a backpack, pocket, or purse and is an invaluable tool for detecting and analyzing radiation levels that could pose a risk of cancer.

Customers were incredibly satisfied with their purchase and had nothing but praise for its quality, price, and user-friendliness.

Mazur Instruments PRM-9000 Geiger Counter

Mazur Instruments PRM-9000 Geiger Counter

  • Manufactured in the US
  • 2” pancake GM tube included
  • Suitable for detecting X-radiation, alpha, and beta
  • Measurement scope of 0.0001 – 125 mR/hr
  • Evaluates elapsed time
  • Evaluates lowest, highest, and average dose rate in various measurement formats
  • Battery life 4+ years under regular conditions
  • 100K+ bytes data recording memory
  • Customizable dose rate alarm feature

The Mazur Instruments PRM-9000 Geiger Counter is the superior-standard for measuring areas that possibly contain toxic ionizing radiation concentrations.

It is often used for picking up radioactive impurities in equipment, packages, items, and individuals.

It can also be used for detecting and measuring low energy radionuclides, as well as NORM (naturally occurring radioactive material).

If you’re looking for a device that offers accurate readings, substantial memory, and user-friendliness, this detector tube is a good choice.

What customers are saying

Customers gave this unit extremely positive reviews. The majority of them complimented its pancake tube feature, long battery life, quality, durability, and accuracy levels.

They all were happy with their purchase and said this unit provides great value for money.

Still, some customers were disappointed that the pancake tubes carry only a 60-day warranty.

RADEX RD1503+ Outdoor Edition Dosimeter

The Radex RD1503+ Outdoor Edition Dosimeter is a radiation detector, a Geiger counter, and a dosimeter combined.

This model is the upgraded outdoor version which means it is better safeguarded against damage.

The device can detect Gamma, radiation from X-rays, and beta particles with a detection scope of 0.05 to 9.99 microsieverts an hour (also known as millirems).

Added features include its backlight, vibration alarm, and audio alarm. The unit comes pre-calibrated and has an accuracy rating of +/- 15%.

GQ GMC300EPlus Digital Nuclear Radiation Detector

The GQ Digital Nuclear Radiation Detector is a popular choice among buyers.

The unit is recommended for people who want a device that is portable and convenient yet doesn’t lack the appropriate features required for detecting nuclear radiation levels.

This model meets everyone’s needs with its automatic data logging, ongoing radiation monitoring, internal storing, and playback function.

The LCD displays a large font for easy reading and all the necessary information is presented on the screen immediately.

RADEX ONE High Sensitivity Compact Personal Dosimeter

The RADEX ONE is an all-in-one radiation detector. It can be used as a dosimeter, nuclear radiation detector, or Geiger counter according to your needs.

The unit has software that is perfect for outdoor use and it comes in a lightweight and compact size.

It has just as good accuracy and sensitivity as its full-sized Geiger counterparts and produces super-fast results within 10 to 30 seconds.

A USB cord is included for downloading data onto your PC. All-in-all, a good buy.

RADEX RD1503+ High Accuracy Geiger Counter

The Radex RD1503+ High Accuracy Geiger Counter is basically a scientific device that is extremely simple to operate. So simple that absolutely anyone can use it.

It comes with fresh and elevated features to offer you a top threshold signal of 0.10 – 0.90 microsieverts per hour as well as 0.10 microsieverts per interval (customizable).

The unit boasts an adjustable audio alarm as well as a vibration indicator.

An added bonus is that you can differentiate dose rates of the average and background measurements. Background dosage rates can be saved when the unit is switched off.

With this model, you can quickly and easily check the radiation levels of non-edibles, inside premises, and topsoil.

SOEKS EcoVisor F4 Geiger Counter Radiation Detector

This radiation detector provides access to instant warnings as soon as ionizing radiation levels are detected in objects, food, water, and air.

The food nitrite tester checks meat, fruits, and vegetables for excess amounts of nitrates.

The EMF meter also checks your electronic devices, home appliances, and the environment for any toxic EMFs (electric and magnetic fields).

The water tester helps you identify any potentially toxic particles in your water and alerts you when you need to replace filters.

This unit is tested and certified by EAC, RosTEST, CE, ROSATOM, ISO:9001. It also has a patented SOEKS technology.

EMF Advanced GQ Multi-Field Electromagnetic Radiation

This unit is a convenient option for everyone thanks to its lightweight and portable design.

It has integrated features like radio frequency, three-axis electromagnetic fields, and RF spectrum power analyzing.

You can use the device for EF, EMF, ELF, and RF detection and for regulating both outside and inside environments.

With various sensors, you have access to maximum range/scale measurements with superior accuracy.

Radiation detectors are specialized pieces of equipment that are used for measuring electromagnetic, nuclear, and light radiation.

A nuclear radiation detector identifies nuclear radiation by measuring the release of ionizing radiation from beta, gamma, and alpha particles. They are also called Geiger counters.

Nuclear radiation detectors have two primary elements:

  • The Geiger tube
  • Processing electronics

Scintillation radiation detector

A specialized material like sodium-iodide is used to detect radiation. Once radiation comes into contact with the material it starts glowing or scintillating.

The light that is emitted can then be seen through the clear glass when it communicates with the photomultiplier tube.

The tube tip is made from a photocathode which generates electrons when the light hits its surface. The electrons are drawn to a collection of plates by applying positive high voltage.

Dynodes

Once electrons reach the first plate (dynode), multiple electrons are generated for every initial electron that reaches its surface.

Once these groups of electrons are drawn to the next dynode, the sequence repeats itself until it reaches the very last dynode.

At this stage all electrons are gathered by the anode on the tube, creating an electrical pulse. This pulse is perceived and shown by the radiation detector.

Gas filled radiation detector

Geiger tubes are crammed with low-pressure gas like neon, helium, or argon. When radioactive radiation happens, the inactive gas gets ionized.

The anode found inside the Geiger tube measures the number of ionized elements numerically, compared with the radioactive radiation strength.

These measurements are then shown on the LCD screen of the radiation detector.

Measuring nuclear radioactivity and classifying the values is essential. It helps you identify hazardous radiation levels present in the air, water, food, appliances, and electronics.

There are 3 primary types of radiation detectors and they all have unique weaknesses and strengths that make them suitable for particular roles.

Gas filled detectors

Gas filled detectors are the most widely used devices. There are different types but they all work on similar principles.

Once the gas inside the detector touches radiation, the gas becomes ionized and then the subsequent electrical charge is measured by the meter.

Scintillators

The 2nd most used radiation detectors are scintillators. Scintillators emit light and when used for radiation detection, certain materials scintillate once exposed to radiation.

These are useful radiation detectors because every photon of radiation that comes into contact with scintillator matter will emit a unique flash of light.

This means that they can detect particular spectroscopic profiles for the radioactive materials that were detected.

Solid state detectors

Solid state radiation detectors work similar to ion chambers, but on a relatively smaller scale and lower voltage.

This type of detector can be incredibly useful for electronic dosimetry uses. They can resist higher amounts of radiation which makes them a good fit for areas with high radiation fields.

The main features to consider when buying a radiation detector are:

Means of detection

There are two detection options, a pancake tube or a gas tube. Tube types are essential because they depict which radiation particles can be detected.

For example, pancake tubes can collect beta and alpha particles as well as gamma rays of high-intensity.

Usage

Your particular usage is vital because some models are more suited for hobbyists, while other types have more extensive features for professional use.

Display

It is recommended to have a bright display that is clear and easy to read. Most devices feature an LCD to present accurate measurements.

Additional specs

Features that you should look for when investing in radiation monitoring devices include size, compactness, user-friendliness, USB connectivity, audio alerts, and more.

It all depends on your individual requirements and what you’ll be using the device for.

Conclusion

Being exposed to hazardous radiation without even knowing it is possible since they can’t be felt, seen, or smelled.

Only after long-term exposure can you see the impact, but by then it might be too late. That’s why radiation detection is absolutely necessary, it helps you avoid being severely harmed.

Keep in mind, there is a slight difference between radiation detectors and Geiger counters. Do not confuse the two.

The source of radiation can’t be identified by a Geiger counter but it can be identified by any radiation detector.