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Safe and Sound Pro mmWave RF meter
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Safe and Sound Pro mmWave RF meter
Safe and Sound Pro mmWave RF meter – image 2 of 5
Safe and Sound Pro mmWave RF meter – image 3 of 5
Safe and Sound Pro mmWave RF meter – image 4 of 5
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Safe and Sound Pro mmWave EMF Meter

by Safe and Sound
$8,999.00 - $12,709.00
$8,999.00
$8,999.00 - $12,709.00
$8,999.00
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Compare professional RF and 5G meters

Which professional RF meter do you need?

These meters fall into two groups. The MVG EME Guards are wearable safety alarms for people working near transmitters. The Gigahertz HFW59D and Safe and Sound Pro mmWave are measuring instruments for surveying homes and workplaces.

Swipe or scroll sideways to compare every option.

Which professional RF meter do you need?
CompareSafe and Sound Pro mmWave You are viewing Safe and Sound Pro mmWave From $8,999.00 MVG EME Guard XS 40 GHz Worker safety alarm MVG EME Guard XS 40 GHz $4,971.00 MVG EME Guard XS 71 GHz Widest range, to 71 GHz MVG EME Guard XS 71 GHz $7,197.00 MVG EME Guard Plus Records exposure MVG EME Guard Plus $13,451.00 Gigahertz HFW59D Building Biology analyser Gigahertz HFW59D $10,589.00 Gigahertz HFW59D Plus Complete pro kit Gigahertz HFW59D Plus $16,312.00
Type of meterHandheld high-band 5G meterWearable safety alarmWearable safety alarmWearable safety monitor with data recordingProfessional RF analyserProfessional RF analyser kit
Frequency range20 – 40 GHz (high-band mmWave 5G)1 MHz – 40 GHz1 MHz – 71 GHz, covering 5G and 6G bands1 MHz – 40 GHz2.4 – 10 GHz, including radar at 8.5–9.5 GHz2.4 – 10 GHz, including radar at 8.5–9.5 GHz
Measuring range5 – 500,000 µW/m² with the standard antenna5 – 350 V/m, alarm set to ICNIRP, FCC, Safety Code 6 or EU limitsAlarm set to ICNIRP, FCC, Safety Code 6 or EU limits5 – 350 V/m, thresholds set in the included softwareBuilding Biology sensitivity with peak hold and pulse capture under 0.5 µsAs HFW59D, plus a preamplifier that boosts sensitivity 100× (20 dB)
How it reportsDigital display in µW/m² and V/m, with peak, average, max hold and audioLED colour scale with audio and visual alarmsLED colour scale with audio and visual alarmsAlarms plus recorded measurements, viewed in Windows analysis softwareDigital display, audio signal analysis and outputs for data loggingDigital display, audio signal analysis and outputs for data logging
AntennaSemi-omni stub antenna (horn antenna optional)Isotropic tri-axis sensorsIsotropic tri-axis sensorsTriaxial probe, supplied with a calibration reportDirectional log-per antennaDirectional log-per antenna plus 360° omni-directional antenna
Best forRevealing high-band 5G that standard RF meters missWorkers near antennas and base stationsWorkers on 5G, 6G and microwave-dish sitesTeams who need to record and report exposureHome surveys and pinpointing Wi-Fi, 5G and radar sourcesLong-term recordings and tracking radar from unknown locations
ExploreYou are viewing this meterView product MVG EME Guard XS 40 GHzView product MVG EME Guard XS 71 GHzView product MVG EME Guard PlusView product Gigahertz HFW59DView product Gigahertz HFW59D Plus

Surveying a home? The EME Guards alarm at occupational safety limits, which are far higher than the levels Building Biology recommends indoors. For home surveys choose the HFW59D, the Pro mmWave, or the Safe and Sound Pro II for everyday Wi-Fi and mobile frequencies.

Measure exposure levels

Find problem areas fast

Calibrated readings

Ideal for home surveys

See what is really happening in your space

If you are concerned about EMFs, guesswork is expensive.

A detector gives you something better than opinions, assumptions or vague worry. It gives you readings. It shows you where the problem is, what changes when you move things, and whether you are dealing with wireless signals, wiring-related fields or something else entirely.

That is why so many people start here first: measure first, then make the right move.

The smartest buyers do this before they spend a penny on shielding

Most people buy too early.

They assume the issue is the router. Or the phone. Or the smart meter. Or the bedroom wall. And sometimes they are right. But often they are solving the wrong problem.

A good detector helps you narrow it down. It helps you spot hotspots, compare rooms and make decisions based on what is actually there — not what you fear might be there.

That means less wasted money, less confusion, and far more confidence in what to do next.

Built for home checks, office surveys and everyday practical testing

Whether you are a homeowner, remote worker, consultant or simply trying to make better decisions around your family, a detector helps turn uncertainty into clarity.

Use it to test the places that matter most: your bed, your desk, your laptop area, your child’s room, your fuse board, your router position, your appliances, or your travel environment.

When you can see the reading, you stop guessing.

Expert perspectives on EMF

Trusted by health experts worldwide

Residential exposure to extremely low frequency magnetic fields (ELF MF) has been associated with childhood leukaemia relatively consistently in epidemiological studies.

— James Grellier, Environmental Epidemiologist

We want young people and parents to be able to make better-informed choices around how they use mobile phones.

— Dr Rachel Smith, Research Fellow in Population Child Health, Imperial College London

The strongest evidence for health risks is from exposure to fields generated in connection with use of electric power.

— Anders Ahlbom, Epidemiologist, Karolinska Institutet

The study did not reveal an increased risk, but one could not conclude that there was no risk because there were sufficient results suggesting a possible risk.

— Elisabeth Cardis, Radiation Epidemiologist
WHY LOWER EXPOSURE?

Understanding EMF exposure in everyday life

Electromagnetic fields, or EMFs, are part of modern life and are generated by many everyday technologies. Exposure can vary depending on the type of source, how close it is to the body, and how long it is used. Some forms of EMF exposure have been classified as possible carcinogens, while researchers and health bodies continue to study long-term effects. This section helps you better understand common sources and practical ways to reduce unnecessary daily exposure.

  • Understand common everyday EMF sources
  • Learn why distance and duration matter
  • Explore practical ways to lower unnecessary exposure
  • Build a lower-exposure home, work, and sleep setup
Learn more about EMF

Frequently Asked Questions

What detector is best for me?

For most people, the best detector to start with is the Safe and Sound Pro II if you want to measure wireless radiation like Wi-Fi, Bluetooth, mobile signals and smart devices. If your concern is house wiring, plug sockets or appliance-related electric and magnetic fields, a low-frequency meter such as the Safe and Sound EM3 or Gigahertz ME3030B is the better choice. For professional surveying, Gigahertz detectors are the stronger option, while MVG detectors are best suited to occupational use near antennas and high-power RF sites

What does an EMF detector actually measure?

Different detectors measure different things. Depending on the model, a meter may measure RF signals, electric fields, magnetic fields, dirty electricity, or a mix of these.

Do I need a detector before buying shielding products?

Not always, but measuring first is often the most practical starting point. It helps you see what type of field is present and whether shielding, grounding, relocation or another change makes more sense.

What is the difference between RF, electric and magnetic fields?

RF is typically linked to wireless signals such as phones, Wi-Fi and Bluetooth. Electric and magnetic fields are more commonly associated with wiring, appliances and power sources.

Are detector tools suitable for home use?

Yes. Many detector products are used by homeowners to check bedrooms, desks, living spaces, routers, appliances and other high-use areas.

Can detector tools also be used professionally?

Yes. More advanced analysers are commonly used for workplace surveys, consultant work and more detailed investigations.

Why do readings change as I move around a room?

Exposure can vary depending on distance, signal source, nearby wiring, appliances, wall placement and how the environment is set up.

Can a meter help me compare changes I make?

Yes. One of the main benefits of a detector is checking readings before and after changing your setup, such as moving devices, turning equipment off, or adding shielding.

Are all EMF meters the same?

No. They vary by sensitivity, frequency range, ease of use, speed of reading and what types of fields they are designed to detect.

What should I test first?

Most people start with the places they spend the most time: bed area, desk, sofa, router location, fuse board area and devices used close to the body.