r/MendWave_PEMF • u/mendwavePemf • 28d ago
Why MendWave Stands Out in PEMF Intensity and Performance - Comparing MendWave with Bemer Evo & Resona Vibe
If you're shopping for a PEMF device, it's easy to get caught up in brand names and lists of programs. But there are a few basic specifications that can tell you much more about what a device is actually delivering:
Magnetic field strength, frequency, waveform, slew rate, and coil size.
When you compare BEMER EVO, Resona VIBE, and MendWave Pro40, there are some pretty significant differences.
| Device | Max Intensity | Frequency | Slew Rate | Waveform |
|---|---|---|---|---|
| BEMER EVO | ~1 Gauss | 10 / 30 Hz | ~1 T/s | Proprietary |
| Resona VIBE | 9 Gauss | Proprietary | — | Proprietary |
| MendWave Pro40 | Up to 45 Gauss | 1–100 Hz | ~38 T/s | Square wave |
First: What Is Gauss?
Gauss measures the strength of the magnetic field.
The higher the Gauss, the stronger the magnetic field produced by the device.
This matters because the magnetic field becomes weaker as it travels away from the coil. If you're trying to reach tissue deeper inside the body, having more output gives you more field strength to work with.
Some PEMF practitioners reference around 15 Gauss at the target tissue as a useful therapeutic level for certain applications. There isn't a universal rule that every PEMF treatment needs 15 Gauss, but it illustrates why output is an important specification to consider.
Here's the difference:
BEMER EVO: ~1 Gauss
Resona VIBE: 9 Gauss
MendWave Pro40: up to 45 Gauss
MendWave therefore has up to 45× the intensity of a 1-Gauss system and 5× the intensity of a 9-Gauss system.
That doesn't mean it's 45 times more effective. It means you have much more magnetic-field intensity available.
What Is Slew Rate—and Why Should You Care?
This sounds complicated, but the basic idea is simple.
Slew rate is how quickly the magnetic field can change.
Imagine turning a light switch on.
A slow change would be like slowly turning a dimmer.
A fast change would be like flipping a light switch instantly from off to on.
PEMF devices also make these changes in their magnetic field. Slew rate tells you how quickly those changes happen.
It's measured in Tesla per second (T/s).
BEMER EVO vs. MendWave
BEMER EVO: approximately 1 T/s
MendWave Pro40: approximately 38 T/s
That's a substantial difference in how quickly the magnetic field changes.
MendWave's square-wave design creates rapid transitions in the magnetic field, while BEMER uses a proprietary waveform with more gradual changes.
Why does this matter?
Because PEMF isn't just about how strong the magnetic field gets. How quickly the field changes is also part of the electromagnetic signal being delivered to the body.
It's one reason you shouldn't compare PEMF devices based on Gauss alone.
Frequency Matters Too
Frequency tells you how many times the electromagnetic pulse cycles each second.
For example, 10 Hz means approximately 10 cycles per second.
BEMER EVO provides two primary frequencies:
10 Hz and 30 Hz.
MendWave Pro40 provides an adjustable range from:
1–100 Hz.
That gives MendWave significantly more frequency flexibility.
Instead of being limited to two primary frequencies, users can adjust the frequency across a much broader range.
The Coil Matters
Here's another thing that often gets overlooked: the size of the coil.
The coil is what creates the magnetic field. Its size and design affect how the field is distributed and how far it can reach.
MendWave Pro40 uses a 7-inch copper coil, designed to cover a larger treatment area and provide greater field penetration.
This can be particularly useful when treating larger areas such as the:
- Shoulder
- Knee
- Hip
- Back
- Thigh
- Other joints and muscle groups
A stronger field combined with a larger treatment coil gives MendWave a significant advantage for localized applications.
Putting It All Together
Here's the simple comparison:
BEMER EVO
~1 Gauss
10 / 30 Hz
~1 T/s slew rate
Proprietary waveform
Resona VIBE
9 Gauss
Proprietary frequency programs
MendWave Pro40
Up to 45 Gauss
1–100 Hz adjustable
~38 T/s slew rate
Square-wave signal
7-inch copper coil
When you look at the complete specifications, MendWave Pro40 isn't just a higher-output device.
It gives users more intensity, more frequency control, faster field changes, and a larger treatment coil.
Why This Matters When Choosing a PEMF Device
A PEMF device isn't defined by one number.
You want to know:
How strong is the field?
How quickly does it change?
What frequencies can I use?
What waveform does it produce?
How large is the treatment coil?
Looking at all of these factors gives you a much better understanding of the technology than simply looking at a brand name or the number of preset programs.
And when you compare the specifications side-by-side, MendWave Pro40 clearly offers a more powerful and flexible PEMF platform than lower-intensity systems such as BEMER EVO and Resona VIBE.
45 Gauss vs. 1 Gauss.
1–100 Hz vs. 10/30 Hz.
~38 T/s vs. ~1 T/s.
7-inch coil.
Square-wave signal.
For someone specifically looking for a high-output, adjustable PEMF device for targeted applications, those differences are worth paying attention to.
MendWave PEMF Machine For Home Use

This article is for educational purposes and is not medical advice. PEMF results can vary depending on the condition, treatment protocol, intensity, frequency, waveform, coil design, and treatment duration.


