Combines TENS and EMS treatment options and 25 intensity levels that users can customize for various purposes. Compact design is surprisingly powerful. Control panel has buttons for manual operation. Includes 14 therapy options with various specializations.
The EMS current is uncomfortable on higher settings. Some users don't like the battery-only operation.
Dual channels power electric massager and TENS unit pads for channeled relief. The hard carry case is great for travel. Clinical strength pain reliever delivered through 4 packs that can be applied to shoulders, back, and arms.
Device may be confusing to those who have not had previous experience with one before.
Powered by a lithium battery that delivers up to 20 hours of usage. Offers 24 different massage modes, as well as 20 levels of intensity. Unit comes with everything you need to get started; no additional purchases are required.
Although it is small enough to fit in a pocket, some users would have preferred a strap or a belt for transport.
Owners rave about the 15 programs it offers and how useful it is for soothing neck and shoulder muscles. Reusable pads can be placed anywhere on the body. Functions include massages, muscle training, and pain relief. Safety features include an automatic switch-off option.
Battery life could be better, and it takes a while to charge. Intensity is occasionally intermittent during use.
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Muscle stimulators aren't magic bullets that develop strength and encourage muscle growth, they are medical devices best used for rehabilitation and pain management. There are two types of muscle stimulators – an EMS helps rehabilitate muscles while a TENS unit can block pain. Coincidentally, the features that make each type the best are very similar.
You will want a unit that gives you control over the pulse strength so you can have the greatest comfort and maximum effectiveness. A display screen, multiple channels, and automated therapy programs are all recommended. A button lock that keeps you from changing any of the settings during treatment is highly desirable.
If you read on, you will discover why the FDA regulates muscle stimulators and learn about some of the risks involved in using this type of device.
A muscle stimulator is a machine, handheld or larger, with connected electrodes. Larger machines typically exist only in doctor’s offices and therapy clinics. For use at home, handheld devices provide the most common type of muscle stimulation.
Every muscle stimulator includes a series of electrodes that are connected to the unit via thin wires. To use a muscle stimulator, you attach the electrodes to your skin with adhesive pads and power on the machine.
The machine delivers electrical impulses through the electrodes. These pulses attempt to mimic the body’s nervous system, telling the muscles under the electrodes to contract. Once the electrical pulse stops, the muscles relax.
The question of whether muscle stimulators actually accomplish what they’re designed to do is debated among scientists. Ultimately, the outcome of muscle stimulator usage depends on what you want to achieve with the machine.
Naysayers argue that muscle stimulators don’t actually offer any significant help. They suggest that some people may experience success in one or two of these areas but not in all of them.
Our advice: use your muscle stimulator in a proper manner, as outlined above, for a better chance of success.
Some people who use muscle stimulators report pain relief and a reprieve from muscle and joint soreness after workouts, and some people say their muscles work more efficiently through daily use of muscle stimulators, which tone their muscles.
With a doctor’s prescription, a muscle stimulator could potentially speed the healing of joint injuries. In fact, some doctors use a muscle-stimulating device to prevent atrophy in the muscles of immobilized patients. And doctors who treat stroke victims sometimes use muscle stimulators to promote muscle retraining.
Additionally, doctors sometimes use muscle stimulators to treat patients with muscle spasms. Some doctors believe muscle stimulators work to speed recovery for surgery patients, too.
Scientists tend to agree on one thing regarding muscle stimulators: they don’t cause muscle growth. Even though the claim of muscle growth remains popular in some EMS advertisements, scientific data refute such claims.
Ultimately, the individual must decide whether this device helps in any way. In other words, using a muscle stimulator is an issue of personal preference. Your doctor may be able to help you determine if an at-home muscle stimulator is right for you.
Notable features of at-home muscle stimulator devices include the following.
Some muscle stimulators come with pre-programmed therapy plans. These therapy programs offer a great way to handle certain treatment situations with minimal effort on your part.
A button lock prevents changes to the pulse strength that could result from inadvertently pressing buttons. The power button continues to work in case you need an emergency shut-off, though.
Some muscle stimulators include an LCD screen that displays data about the device’s settings. Having feedback available about the device simplifies operation for the user.
Some muscle stimulators include two channels that deliver two separate levels of pulses. Having the ability to deliver different pulse strengths may enhance your results.
At-home muscle stimulators run from battery power. As such, they’re easy to take anywhere.
Some also provide the ability to connect to a wall outlet. This versatility increases a the product’s overall value.
Most muscle stimulators allow you to adjust the level of the pulse. After all, you may feel like you need a stronger pulse on some days than other.
Your muscle stimulator should have a timer that allows you to select the number of minutes you wish to receive treatment. Once the simulator reaches the designated time, it shuts off automatically.
Consumers who question the safety of muscle stimulators take comfort in knowing that the FDA regulates these devices. By offering muscle stimulator regulation, the FDA forces manufacturers to prove the safety of their products..
The FDA regulates muscle stimulators that doctors and physical therapists use in their offices. This regulation ensures that use of the machines remains safe for physical therapy and rehabilitation.
The FDA also ensures that at-home muscle stimulators work safely for consumers. FDA regulation reduces the chance of potential problems, such as burns and shocks, by mandating safer components and proper instructions.
The FDA also regulates the claims that manufacturers can make when advertising muscle stimulators in the U.S. Sellers can legally discuss pain relief, muscle toning/firming, and physical therapy benefits of these machines. However, they cannot legally claim weight loss benefits or muscle gain when advertising their products.
Notably, some EMS devices available for sale don’t meet FDA regulations. These devices pose safety hazards, as described in the next section.
We encourage potential buyers to buy only FDA-approved muscle stimulators from reputable retailers and manufacturers.
As mentioned above, ensuring the safety of the construction of muscle stimulators falls under FDA regulation. Choosing to use a device that fails to meet FDA regulations could lead to numerous problems and dangers.
If applied or operated improperly, even an FDA-approved device could cause skin irritation, burns, or pain. Some people suffer adverse reactions to the adhesive used on the electrode pads, too.
Although some people believe muscle stimulators promote muscle growth, no scientific evidence exists to support that claim. These are great for temporary relief, but should not be used as a cure.
Beyond the omission of FDA regulation, here are some other red flags to watch out for.
All included cables and electrodes must follow electrical safety standards. Poor-quality cables could cause inadvertent shocks.
People who wear these devices for extended periods of time potentially introduce moisture (through sweat) into the battery compartment. This causes corrosion and potential failure of the device.
Occasionally, a non-regulated muscle stimulator causes interference with medical devices, such as pacemakers. This is not a safe situation.
To make the most of your muscle stimulator, you must set up the device properly. Follow these tips.
Applying the electrodes in the right locations and using the proper settings will give you better results. Make sure you read and understand the machine’s instructions before using it.
Don’t try to use a wide range of electrodes to target multiple muscle groups. Keep the location of muscle stimulator electrodes simple. Target one muscle group at a time.
To receive the strongest electrode signals, focus on only one arm or leg at a time.
How much should you expect to pay for an at-home muscle stimulator?
Low-end muscle stimulators generally carry a price tag of $30 or less. These devices offer fewer settings and lower overall power pulses than more expensive units.
An at-home machine with a price point around $70 to $100 may offer both TENS and EMS capabilities.
The large machines found in medical offices cost a lot more than at-home machines. They offer plenty of power to perform the therapy the doctor prescribes.
A. Some of the best brand names in muscle stimulators include AccuRelief, ChoiceMed, Compex, iReliev, Pure Enrichment, Santamedical, and United Surgical. When choosing a device, we recommend that you stick to a well-known brand.
A. Muscle growth occurs through the tearing of muscle fibers. When the body repairs those muscles, they grow. A muscle stimulator alone doesn’t break down the muscle fibers as does weightlifting. Additionally, no range of motion exists when using a muscle stimulator. The range of movement involved in lifting weights aids muscle growth.
A. Several theories exist as to why and how these devices reduce pain for some people. For those with sore muscles, the act of contracting and relaxing the muscles repeatedly loosens muscle tissue. Another theory says the electrical pulses block nerves from sending pain signals to the brain. Perhaps the muscle stimulation causes the brain to release endorphins as it does during exercise. In this theory, the brain reads the muscle contractions and relaxations as exercise.