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The Ultimate Guide to EMF Meters and Detectors: Our Favorites for 2023

The Ultimate Guide to EMF Meters and Detectors: Our Favorites for 2023

If you've been following our posts here on Atmosure, you'll know that we highly recommend EMF meters and detectors. 

And if you’re reading this post, we assume you already have a good understanding of the potential health hazards of EMFs emitted by electronic devices such as laptops, smartphones, and tablets. 

With that key understanding, it's absolutely crucial to equip yourself with a reliable and accurate EMF meter that can measure different types of EMF radiation in your environment. 

In this post, we'll share our top picks for the best EMF meters and detectors in 2023. We'll cover different types of EMFs to look out for, the key benefits of using an EMF detector, and why an EMF meter is a valuable tool in your battle against EMF radiation. We’ll provide detailed information on each meter's features, capabilities, and why it could be the right fit for you.

By the end of this post, you'll have a clearer understanding of the different types of EMF meters and detectors available, and you'll be able to choose the best one for your needs. So let's get started!

Table of Contents

EMF Radiation - A Quick Recap

Let’s start with a brief overview on what is EMF radiation.

If you're like most people, you use a range of electronic gadgets on a daily basis, from smartphones to computers to microwaves. While these technologies make our lives easier and more convenient, they also produce electromagnetic fields (EMFs) that may be harmful to our health.

EMF radiation is also not just limited to our day-to-day devices. It is a type of energy emitted by various sources around us, such as electronic equipment, power lines, and wireless communication technology. Some of the most common sources include:

  • Power lines
  • Home and building electrical wiring
  • Electronic devices such as cell phones, laptops, and televisions
  • Wi-Fi routers and other wireless communication technologies
  • Microwaves
  • X-rays (which are a type of ionizing radiation and, therefore, more harmful than non-ionizing EMF radiation)
  • ...and more

Despite the fact that EMFs are invisible to the naked eye, they can still have a negative impact on us. Exposure to high amounts of EMF radiation has been reported to increase the risk of cancer, alter sleep quality, and create a host of other health concerns.

That is why measuring and detecting EMF radiation in our homes and workplaces is critical. We can better understand the levels of EMF radiation in our environment and take steps to decrease our exposure by using an EMF meter or detector.

Detecting the Unseen: The Power of EMF Meters

EMF meters are handy devices designed to measure and detect EMF radiation levels in our environment. They work by sensing magnetic, electric, and RF fields created by electrical devices, power lines, wireless devices, and other EMF radiation sources.

Whether you're a concerned parent, a health-conscious individual, or simply someone who wishes to live in a safer and healthier environment, an EMF detector is an indispensable tool for protecting you and your loved ones.

The video below provides an easy to understand overview of the different types of EMFs and why it's important to measure them:

There are many different types of EMF readers available, each with their own set of features and capabilities. 

Next, we'll cover the most popular types of EMF meters and the EMF fields they can detect.

Magnetic Field Meters

Magnetic field meters are used to measure the strength of magnetic fields emitted by a variety of sources, including power lines and electrical wiring. These meters are used to examine the potential health concerns connected with prolonged magnetic field exposure, which has been related to an increased risk of cancer and other health issues.

Key features of magnetic field meters

  • Magnetic field meters measure magnetic field strength in gauss or tesla units.
  • Magnetic fields are created by the flow of electrical current and can be found in a variety of everyday household products such as refrigerators, hair dryers, and vacuum cleaners.
  • Power lines, electrical cables, and other electrical power sources, such as transformers and electrical substations, can create magnetic fields.
  • Long-term exposure to high levels of magnetic fields has been related to an increased risk of cancer and other health concerns.
  • Magnetic field meters can be used to analyze the potential health effects of magnetic field exposure and to locate sources of excessive magnetic field levels in homes and workplaces.
  • Certain magnetic field meters can measure both AC and DC magnetic fields, whereas others can only measure one type.
  • Electricians, engineers, and health experts frequently utilize magnetic field meters to analyze potential health concerns and design solutions for limiting magnetic field exposure.

Electric Field Meters

Electric fields are types of electromagnetic radiation produced by the movement of electric charges. They come from a variety of sources, including electronic equipment, power cords, and electrical wiring.

Electric field meters are intended to measure the strength of these electric fields in the meter's immediate area. They can assist you in identifying potential sources of electromagnetic radiation and in making efforts to decrease your exposure.

Key features of electric field meters

  • Electric field meters measure electric fields in units of volts per meter (V/m).
  • They are capable of detecting both alternating current (AC) and direct current (DC) electric fields.
  • Many electric field meters also incorporate a sound or visual warning to notify you if you are in an area with excessive amounts of electromagnetic radiation.
  • Certain models may include data logging, which allows you to track changes in the electromagnetic radiation levels over time.

Radiofrequency (RF) Meters

Radiofrequency (RF) meters are used to assess the strength of RF radiation emitted by cell phones, tablets, laptops, Wi-Fi routers, and other wireless devices. 

RF radiation is a form of non-ionizing radiation that has the potential to heat biological tissue and cause other effects on human health. It is measured in units of frequency called hertz (Hz) and can range from low-frequency (LF) to high-frequency (HF) electromagnetic waves.

RF meters are essential for those who want to identify and limit their exposure to potentially dangerous RF radiation, which has been related to health problems such as cancer, infertility, and neurological diseases.

Key features of RF meters

  • RF meters assess the intensity of RF radiation in a certain area or environment.
  • Sources of RF radiation include cell phones, laptops, tablets, Wi-Fi routers, smart meters, Bluetooth, 5G, wireless devices, and cell towers.
  • RF radiation strength is measured in microwatts per square centimeter (W/cm2) or volts per meter (V/m).
  • Some RF meters have extra functionality, including data logging, audio signal analysis, and USB connectivity.
  • RF meters are often simple to use and have clear displays that show the level of RF radiation in real-time.
  • Individuals, companies, and regulatory authorities can use RF meters to ensure compliance with RF radiation safety standards and regulations.

Combination Meters

Combination meters are devices that are designed to measure all three types of EMF radiation, including magnetic fields, electric fields, and RF radiation. These meters provide a comprehensive analysis of the electromagnetic environment in a given location, allowing users to identify potential sources of harmful radiation.

Key features of combination meters

  • Multi-functional: Combination meters allow users to measure magnetic fields, electric fields, and RF radiation all in one device, eliminating the need to purchase separate meters for each type of EMF.
  • Accuracy: Combination meters are typically calibrated to provide accurate measurements of EMF radiation within a specific frequency range, ensuring that users can trust the readings they receive.
  • Easy to use: Combination meters are generally user-friendly and easy to operate, with clear displays and intuitive controls that make it easy to interpret the data.
  • Portable: Many combination meters are designed to be portable and lightweight, making them ideal for on-the-go measurements in a variety of settings.
  • Advanced options: Some combination meters feature advanced controls such as reading history and data logging capabilities, which allow users to record measurements over time and track changes in EMF levels.

It is important to note that combination meters may not be as specialized or sensitive as individual meters designed specifically for one type of EMF radiation. Additionally, they may be more expensive than single-function meters due to their multiple capabilities.

Overall, combination meters are a useful tool for those looking to get a comprehensive analysis of the EMF environment in their homes, workplaces, or other locations.

Electric Vs Magnetic Vs RF Fields

When using an EMF reader, it’s important to understand what EMF field you want to measure or detect. For example, an electric/magnetic EMF meter will NOT measure RF radiation, but that does not mean that there is anything wrong with the meter. You just need to know what you are using the meter for.

Below are some key differences between magnetic fields, electric fields, and RF fields to better understand what type of EMF meter you need to use for each type:

Electric Fields

  • Generated by differences in electrical charge between objects
  • Typically have lower frequencies than RF fields but higher frequencies than magnetic fields
  • Can be blocked by some materials, such as metals
  • Can be shielded by conductive materials such as copper mesh
  • Measured in units of volts per meter (V/m)

Magnetic Fields

  • Generated by electrical currents and magnets
  • Typically have lower frequencies than electric and RF fields
  • Can pass through most materials, including human tissue
  • Can be shielded by high-permeability materials such as mu-metal
  • Measured in units of gauss or tesla - Gauss (G), milliGauss (mG), milliTesla (mT) or microTesla (µT)
  • EMF meters that measure magnetic fields are also called gauss meters

RF Fields

  • Generated by radio frequency sources such as cell phones, Wi-Fi routers, and broadcast towers
  • Have much higher frequencies than magnetic and electric fields, ranging from kilohertz to gigahertz
  • Can be blocked or reflected by some materials, such as metals and conductive fabrics such as faraday fabric
  • Measured in units of watts per meter squared (W/m²) or volts per meter (V/m)

Type of Field


Frequency Range

Measured Units

Measured with

Magnetic Fields

Power lines, electrical wiring, household appliances

50-60 Hz

Gauss (G), milliGauss (mG), milliTesla (mT) or microTesla (µT)

Magnetic Field Meter

Electric Fields

Electronic devices, power cords

50-60 Hz

Volts per meter (V/m)

Electric Field Meter

RF Fields

Wireless devices, cell towers, Wi-Fi routers

1 MHz - 10 GHz (or higher)

Watts per square meter (W/m²) or Volts per meter (V/m)

RF Meter

Note: The frequency range of RF fields can vary greatly depending on the source and specific device being measured.

Electromagnetic Interference (EMIs) or Dirty Electricity

Another type of EMF you should ideally be measuring is what is known as "dirty electricity" - we won't go into much detail, as we've covered this topic in a LOT of detail in this post here.

We highly recommend you read that post and also measure dirty electricity in your home with a dirty electricity meter to mitigate it. 

What is a High EMF Reading or Unsafe EMF Level?

The level of EMF that is considered high for a living space is a matter of debate and depends on various factors such as the source of the field, frequency, and duration of exposure. However, here are some general guidelines to keep in mind:

Electric Fields:  Anything above 10 volts per meter (V/m) is considered high. However, the ideal safe level is considered to be below 3 V/m. 

Magnetic Fields: 4 milligauss (mG) or higher is considered high. Some experts recommend keeping the exposure level below 1 to 2 mG to reduce the potential health risks associated with long-term exposure.

RF Fields: Anything greater than 1 mW/m² can potentially cause harm.

You can keep these baseline numbers in mind when you measure the EMFs in your environment to see what is supposedly safe and what might be concerning.

Best EMF Meters and Detectors of 2023

Now that we've discussed the types of EMFs we need to measure, let's take a closer look at our top picks for the best EMF meters and detectors this year!

Trifield TF2 EMF Meter

The Trifield TF2 EMF meter is a versatile, high-quality instrument that measures all the types of EMF fields - magnetic fields, electric fields, and radio frequencies (RF). It's a highly popular choice among EMF professionals and individuals wanting to better protect themselves from EMF radiation.

What Can You Measure With The Trifield TF2 EMF Meter?

The Trifield TF2 measures the full range of EMF frequencies including:

  • AC magnetic, electric and radio frequencies
  • Power lines, electrical outlets
  • Wireless devices like smartphones, smart meters, TVs and Wi-Fi routers
  • Sensitive enough to detect EMF levels from distant sources like cell towers and radio antennas
  • Bluetooth radiation

Understanding the Weighted Mode

The weighted mode in the Trifield TF2 EMF meter accounts for the human body's variable sensitivity to different frequencies of EMF and adjusts the readings accordingly.

The meter will produce a higher reading in the weighted mode for EMF frequencies that are known to be more damaging to human health. This provides the user with a more accurate view of the potential health concerns linked with the EMF being measured. There are three weighted mode options:

AC Magnetic Field Weighting: This mode highlights magnetic fields with frequencies ranging from 40 to 800 hertz, which are often produced by power lines and electrical wiring.

AC Electric Field Weighting: This mode accentuates electric fields produced by electrical appliances and cables in the 40-800 Hz frequency range.

RF Microwave Weighting: This mode focuses on RF fields with frequencies ranging from 800 MHz to 2.5 GHz, which are often produced by wireless devices such as cell phones, Wi-Fi routers, and smart meters.

It should be noted that the weighted mode is not always required for measuring EMFs. In most cases, an unweighted reading may be sufficient to identify the potential health concerns associated with a given source of EMF.

Below, is an informative video of the Trifield TF2 EMF meter in action and what you can expect to see when you measure different types of EMF fields using it:

Pros of the Trifield TF2 EMF Meter

  • Measures magnetic fields, electric fields, and radio frequencies
  • Detects three types of EMFs: AC magnetic, AC electric, and RF/microwave
  • Detects frequencies ranging from 40 Hz - 100 kHz (magnetic and electric fields) and 20 MHz to 6 GHz (radio frequencies)
  • Has a large, easy-to-read digital display that shows readings in milligauss (mG) or microtesla (µT) for magnetic fields, volts per meter (V/m) for electric fields, and milliwatts per square meter (mW/m2) or microwatts per square centimeter (µW/cm2) for radio frequencies
  • Audio feature that emits a tone that varies in frequency and intensity based on the strength of the EMF detected
  • Peak hold feature that captures the highest reading recorded
  • Magnetic and electric mode that allows for more accurate measurements
  • Sturdy and durable design that is built to last

Cons of the Trifield TF2 EMF Meter

  • Expensive compared to some other EMF meters and detectors
  • Only measures up to 6 GHz for radio frequencies, which may not be sufficient for those concerned about higher frequencies
  • Audio and backlight button controls are not easy to access
  • The Weighted mode is primarily for professional users, but may be confusing for the average user, so if you’re not sure how to use it ignore the weighted mode


Available on Amazon for a little over $180, which we think is a fair price for everything it does.

Reflections on the Trifield TF2 EMF Meter

Overall, the Trifield TF2 EMF meter is an excellent choice for those looking for a high-quality, versatile, and accurate device to measure ALL types of EMFs from one device. There are other options on the market, but the Trifield TF2’s durability, accuracy, and range of features make it a worthwhile investment for those serious about minimizing their exposure to electromagnetic radiation.

Cornet ED88T Plus EMF Meter

The Cornet ED88T Plus is a highly precise and dependable EMF meter with a broad frequency range and three-axis monitoring of magnetic, electric and RF fields.

What Can You Measure With The Cornet ED88T Plus?

The Cornet ED88T Plus EMF meter can measure fields in the frequency bands listed below:

  • Electric (ELF mode) Fields: 50 Hz - 50 KHz
  • Magnetic/Gauss (LF mode) Fields: 50 Hz - 10 KHz
  • Wireless (RF mode) Fields: 100 MHz - 8 GHz

It can detect electro-pollution from a wide range of sources, including:

  • RF field strength and power levels
  • Cellular phone base station radiation
  • Telecommunications signals
  • RF transmitter power output
  • Wireless LAN, Wi-Fi
  • Spy cameras and wireless bugs
  • Cordless phones, microwave oven leakage
  • AC power line and transformer radiation

Here's a detailed review and guide video of how the Cornet ED88T Plus works highlighting all of it's key features:

Pros of the Cornet ED88T Plus EMF Meter

  • Tri-axis and wide frequency range measurements for all EMF fields - electric, magnetic and RF fields
  • Measures 5G fields and can measure RF up to 8 GHz
  • Peak hold function to capture short-term spikes in EMF levels
  • Sound and visual alarms to alert you when EMF levels exceed a certain threshold
  • Large, easy-to-read LCD screen with backlight
  • Histogram function that enables the tracking of EMF exposure over time and is useful for identifying any specific EMF patterns in the environment
  • Data logging and recording
  • Powered by 9V battery or AC adapter (not included)
  • Comes with a carrying case for easy transport and storage

Cons of the Cornet ED88T Plus EMF Meter

  • More expensive than some other EMF meters on the market
  • Some users may find it more complex to use than other meters


Available on Amazon for around $195, it's a bit more than the Trifield TF2 Meter, but comes with some added features as well.

Reflections on the Cornet ED88T Plus

The Cornet ED88T is a highly regarded EMF meter and is a top favorite amongst EMF professionals! First, it is a tri-mode meter rated for up to 8GHz, more than the Trifield that goes up to 6GHz. Second, it offers a lot of unique features - such as the reading history feature that tracks EMF exposure over time and the ability to log data. The interface might take some time getting used to, but this one is definitely a top contender.

EMFields Acoustimeter AM11 RF Meter

The EMFields Acoustimeter AM11 is by far the most popular RF meter on the market. It is a highly sensitive device, able to measure a broad RF frequency spectrum.

What Can You Measure with the Acoustimeter AM11 RF Meter?

The Acoustimeter AM11 measures electromagnetic radiation at frequencies from 200 MHz to 8 GHz which includes microwaves and most RF frequencies, including: 

  • Wireless devices such as Wi-Fi routers, smartphones, and Bluetooth devices
  • Cell phone tower (5G) radiation
  • Electrical wiring and power lines
  • Household appliances
  • Transformers
  • Microwave ovens
  • Radon levels in homes

Here's a short video of the Acoustimeter measuring 5G radiation from a cell phone tower:

Pros of the EMFields Acoustimeter AM11 RF Meter

  • Extremely sensitive, detecting even very low levels of RF radiation
  • Offers a wide frequency range for RF radiation of 200 MHz to 8 GHz
  • Multiple measurement modes, including peak, average, and peak hold, enables users to obtain more precise measurements
  • User-friendly interface that makes it straightforward for users to operate and analyze the data

Cons of the EMFields Acoustimeter AM11 RF Meter

  • The Acoustimeter AM11 is relatively expensive compared to some other EMF meters and detectors
  • The device has a limited battery life and may require frequent recharging


Available on Amazon for around $250, this one is on the higher side, but it is incredibly accurate based on what users are saying, which makes it a worthy investment.

Reflections on the Acoustimeter AM11 RF Meter

If RF radiation is really what you are looking to measure, and measure properly, the Acoustimeter is by far the best RF meter in the market. You won't be able to measure electric or magnetic fields or extremely low frequencies (ELF) close to 60 Hz (frequency of power lines) - which also goes to show that you need more than one meter to measure all the different types of EMF radiation accurately.

Erikhill EMF Meter

The Erickhill EMF Meter is a dependable and precise tool for detecting electric and magnetic fields. Its compact, portable design makes it convenient to use on the go. While it does not monitor RF radiation, such as 5G, it is an excellent choice for measuring EMF radiation from domestic appliances, power lines, and other sources. 

What Can You Measure with the Erikhill EMF Meter?

The Erickhill EMF Meter measures both electric and magnetic fields and is ideal for detecting EMF radiation emitted from home appliances, power lines, electrical wiring, and other sources. The meter can measure frequencies ranging from 5Hz to 3500MHz.

You can view the meter in action below:

Pros of the Erikhill EMF Meter

  • Measures both electric and magnetic fields with a frequency range of 5Hz to 3500MHz
  • Three measurement modes: normal, peak, and average
  • Sound and light alarm function to alert users of high EMF readings
  • Large LCD display screen that shows readings in both milliGauss (mG) and microTesla (µT) units
  • Hold and peak hold functions for easy recording and tracking of EMF levels
  • Compact and portable design that can easily fit in a pocket or bag
  • Comes with a user manual, 9V battery, and a carrying case for convenience and protection

Cons of the Erikhill EMF Meter

  • Does not measure radiofrequency (RF) radiation, including 5G, which may be a drawback for some users
  • Provides only single axis readings, instead of tri-axis that costlier EMF meters provide.
    • Tri-axis enables you to get precise readings irrespective of the direction you are pointing the meter.
    • Single axis means you need to point directly at where you want to get an EMF reading from.


Available on Amazon for just under $40, this is a handy and affordable EMF meter, with the right amount of features for its price.

Reflections on the Erikhill EMF Meter

If it's a low-budget EMF detector that you're looking for, the Erickhill EMF Meter is a great buy based on it's ease of use and precise readings. It's great if you're just getting started and want to test your home appliances and electronics and see where you're exposed to more EMFs. It's also a handy meter for ghost hunters and works well to detect paranormal activity.

GQ EMF-390 EMF Meter

The GQ EMF-390 is a versatile and affordable EMF meter that measures all types of EMF radiation, including electric, magnetic, and RF radiation emitted by wireless devices like cellphones and Wi-Fi routers. The device is simple to use, featuring an OLED display panel and sound/light alarm functions to warn users of high EMF radiation levels.

What Can You Measure with the GQ EMF-390 EMF Meter?

The GQ EMF-390 can detect a wide spectrum of electromagnetic fields, including:

  • Magnetic fields (0.01~200µT)
  • Electric fields (0~2000V/m)
  • Radiofrequency (RF) radiation (10MHz~10GHz)
  • Dirty electricity (2kHz~100kHz)

This video provides an excellent walk-through of the GQ EMF-390, definitely worth watching:

Pros of the GQ EMF-390 EMF Meter

  • Triple axis sensor for measuring magnetic fields in all directions
  • Electromagnetic field radiation measurement for both low and high frequencies
  • Accurate measurement of radiofrequency (RF) radiation emitted by wireless devices such as smartphones, Wi-Fi routers, and cell towers
  • Detects 5G signals and RF up to10 Ghz
  • It has a unique "safety suggestion" feature that provides a visual indication of the safety level of the measured EMF value, based on international safety guidelines. The display changes color from green to yellow or red as the measured value increases, providing a quick and easy way to assess the safety of the EMF levels in the environment
  • RF Browser for real time RF monitoring (Example: it will alert when a cell phone has just received a text)
  • RF Spectrum Analyzer that displays two RF signals that have been detected at same time (Example: Microwave oven and cell phone)
  • OLED display screen for easy reading of results
  • Sound and light alarm functions to alert users to high levels of EMF radiation
  • Data logging and recording capabilities for further analysis
  • USB port for data transfer and charging of the device
  • Affordable price compared to other high-end EMF meters

Cons of the GQ EMF-390 EMF Meter

  • Slightly larger and less portable than some other EMF meters
  • You'll need to invest some time in really learning how to use it properly as it may not be the most user-friendly meter around


Available on Amazon for just under $100, for that price you get some incredible features, as long as you invest the time to learn how to use them.

Reflections on the GQ EMF-390 EMF Meter

The GQ EMF-390 is a popular EMF meter, especially for data lovers, as it displays and stores an incredible amount of data. It can display electric, magnetic, and RF readings all at the same time. Plus, it has some really valuable features such as the "safety suggestion" feature that is excellent for those not sure about what a dangerous EMF reading looks like, along with real time RF monitoring and the RF spectrum analyzer.  A very handy meter to have in your EMF meter arsenal!

Safe and Sound Pro II RF Meter

The Safe and Sound Pro II RF Meter is a dependable and precise professional-grade meter for measuring RF radiation in your environment. It detects a wide frequency range and features both audio and visual warning systems to warn of high RF levels.

What Can You Measure With The Safe and Sound Pro II RF Meter?

The Safe and Sound Pro II RF Meter can measure RF radiation from a variety of sources including:

  • Cell phones and smartphones
  • Wi-Fi routers and networks
  • Bluetooth devices
  • Smart meters
  • Cordless phones and baby monitors
  • Microwave ovens
  • Radio and television broadcasting towers
  • Power lines and transformers

Watch a detailed review of this RF meter, by Michael Neuert, an EMF expert and engineer, who highly recommends the Safe and Sound Pro II RF Meter:

Pros of the Safe and Sound Pro II RF Meter

  • The Safe and Sound Pro II RF Meter is a compact and portable device that is easy to carry around with you wherever you go
  • It has a digital display that shows you the RF levels in your environment in microwatts per square meter (μW/m²) or milliwatts per square meter (mW/m²)
  • The meter is sensitive to a wide range of frequencies from 200 MHz to 8 GHz, which includes 5G frequencies
  • Displays a bar graph with RF intensity
  • It has both an audio and visual alarm system to alert you to high RF levels
  • The meter also has a peak hold function, which captures and holds the highest RF level that the meter detects

Cons of the Safe and Sound Pro II RF Meter

  • The meter is priced much higher than some other RF meters on the market
  • Some users may find the alarm system to be either too sensitive or not always that responsive


Available on Amazon for $425, this is an expensive meter, but comes recommended by EMF experts.

Reflections on the Safe and Sound Pro II RF Meter

The Safe and Sound Pro II RF Meter has highly sensitive detection capabilities for RF radiation and covers a wide frequency range of 200 MHz to 8 GHz, which some low budget meters may not cover. It also features an audio alarm system that immediately allows you to identify specific sources of RF radiation. For a more cost-effective option with a few less features, you can also check out the Safe and Sound Classic II RF Meter from the same company.

Wintact EMF Meter

The Wintact EMF Meter measures both magnetic and electric fields with a wide frequency range. Its large LCD screen displays readings in both numerical and graphical formats, making it easy to interpret and understand the results. It also includes sound and light alarms and hold and peak hold functions.

What Can You Measure With The Wintact EMF Meter?

The Wintact EMF Meter can measure EMF levels at home or the office, including:

  • Magnetic and electric fields
  • EMF "hot spots" in a room
  • EMF levels emitted by appliances and electronic devices
  • EMF levels near power lines or electrical transformers

Here's a quick unboxing video of the Wintact EMF meter that's worth a watch:

Pros of the Wintact EMF Meter

  • Measures both magnetic and electric fields, allowing for a comprehensive evaluation of EMF exposure (magnetic field units mG/µT, electric field with unit V/m and ambient temperature with ℃/℉)
  • Large LCD screen displays numerical readings as well as bar graphs, providing an easy-to-read visual representation of the measurements
  • The device emits an alarm sound and flashes a red light if the measured EMF levels exceed a user-defined threshold
  • Measures ambient temperature at 0~50℃, 32~122℉
  • Records energy fluctuations - great for paranormal and ghost hunting activities
  • The device can store and display the maximum measured value (hold and peak hold functions), making it useful for identifying EMF "hot spots" in an area
  • Auto-shut off to conserve the battery
  • Battery level indicator displays when the battery needs to be replaced

Cons of the Wintact EMF Meter

  • Does not measure RF fields
  • Does not have advanced functions like some higher budget EMF meters offer


Available on Amazon for just over $35, this is the most affordable EMF reader on our list. 

Reflections on the Wintact EMF Meter

Unlike many other EMF meters, the Wintact EMF meter has a small form factor that makes it easy to carry and store, which is especially important for those who are on the go. Also, it's one of the most affordable options on the market, making it accessible to a wide range of users.  Although it measures only two types of EMF sources (electrical and magnetic), it still covers a lot of household appliances and electronics you can get started with.

Congratulations, we've made it through the list of the Best EMF Meters of 2023! Now, let’s discuss why you might want to consider getting an EMF meter in the first place and how it can be a valuable tool for you.

Why Investing in an EMF Meter is a Smart Choice

There are many reasons to buy an EMF meter, and below we cover some of the top reasons to consider investing in one:

  1. Personal health and peace of mind: An EMF meter can help you identify potential sources of electromagnetic radiation (read our extensive post on: Top 35 Tips to Protect Against EMF Dangers That You Must Know) in your environment, allowing you to take steps to reduce your exposure, protect your health and helping you to feel more secure and confident in your surroundings.
  2. Control over your environment: You can identify specific sources of EMFs, allowing you to make changes to your environment to reduce exposure and create a safer, healthier space.
  3. Test EMF products: EMF meters are also great for determining how effectively certain EMF protection items, such as faraday fabric, performs. For example, you can dial a number on your phone and measure the EMF levels. Then, you can wrap your phone in Atmosure's faraday fabric and remeasure the RF levels again to determine your protection level.
  4. Cost-effective: EMF meters are becoming more affordable and widely available, making it easier than ever to measure and monitor electromagnetic radiation in your environment without breaking the bank.

Key Takeaways

And, there you have it, folks! If you made it here, you've read over 5500 words on everything you need to know about EMF meters!

Let’s recap the key points below:

  • EMF meters are devices that can measure the strength and intensity of electromagnetic fields.
  • Different types of EMF meters are available on the market, including magnetic field meters, electric field meters, RF meters, and combination meters.
  • Some of the best EMF meters available in 2023 include the Acoustimeter AM11, Cornet ED88T, GQ EMF-390, Safe and Sound Pro II, and Trifield TF2.
  • It's important to choose an EMF meter that is easy to use and provides accurate readings.
  • The main reasons to buy an EMF meter include protecting your health, reducing exposure to harmful radiation, and identifying sources of EMF in your environment.
  • An unsafe level of EMF radiation depends on the type of EMF and the frequency range, but in general, it's best to limit exposure as much as possible.
  • Ultimately, investing in an EMF meter is a worthwhile investment for anyone who wants to ensure a healthier and safer living environment.

What's Next?

After discovering EMFs in your home and environment using an EMF meter, it's important to take action to reduce your exposure.

This can include simple steps like moving your bed away from power outlets, using wired connections instead of Wi-Fi, and turning off electronics when not in use.

More extensive measures can include shielding your devices with faraday fabric or installing filters to reduce dirty electricity.

Remember, every little bit helps when it comes to reducing your exposure to harmful EMF radiation!

Read some of our more detailed posts for expert EMF protection tips you can implement right away:

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