Magnetic Belt For Back Pain


Magnetic Belt For Back Pain

Is magnetic belt good for back pain?

How many magnets are in the Magnetic Back Support Belt? 🧲 – There are 20 therapeutic grade magnets in the magnetic back support belt, all with a gauss rating of 1000+ for maximum penetration into the tissue.

What are the side effects of magnetic therapy?

MAGNET THERAPY: – Magnet therapy uses a magnetic plate on the surface of the point or around the meridians to treat disease. Methods used in scalp acupuncture use a magnet touching the surface of the scalp, a magnet combined with the needles, or electricity.

Using small magnetic balls or a plate, apply the magnet to the surface of the scalp and cover with tape. Usually, choose a magnet 3 mm thick and leave it on the surface for 5 to 10 days. Change magnets for 12 treatments per course. Magnets can also be used with a hat. The patient shouls have the magnet touch Du 20 (Bai Hui).

The hat magnet is used for 10 to 12 hours per day for 1 to 2 months per course. This technique is mostly used for patients who have high blood pressure and headaches. Also, the magnet can be combined with needles; the magnet may be applied over embedded intradermal needles.

  • The needles with the magnets are used for patients with high blood pressure, headaches, stroke, sequelae of brain injury, and seizures.
  • Use a small magnet in the beginning of the treatment.
  • If there is no obvious result and no side effects, gradually increase magnet strength and treatment length.
  • Magnet treatment is relatively safe.

Some patients may experience dizziness, low energy, palpitation, nausea, and vomiting. Side effects can include a decrease in blood pressure, or local skin areas can become itchy, burning, and painful; however, side effects only happen in a very small percentage of cases.

What are the benefits of magnetic waist belt?

Magnetic back support belt The Magnetic Back Support Belt with Side-Pulls has been specifically designed to provide support for back pain, help improve flexibility during repeated bending and ease muscle strain. The quick-fit unisex belt is available in 4 sizes that can be adjusted to suit the wearer.

  • All of our magnetic support belts are made in the UK from brand new highly breathable, non-sweat hypoallergenic textiles.
  • Their thermo-regulating properties prevent over-heating and avoid inflammation.
  • Incredibly lightweight and comfortable to wear they do not irritate skin or numb surface nerves therefore can be worn safely on the most delicate skin.

(NO Neoprene or Latex).


  • The magnetic back belt is very effective in providing back pain relief and support without the feeling of being ‘trussed up’.
  • Everyday lifestyle activities such as driving, gardening, sports and even standing for lengthy periods of time can put strain on your back causing pain and discomfort.
  • Our magnetic back support can also be used as an aid to help ease the pain caused by medical conditions such as arthritis, sciatica and muscular spasm and strain.
  • Due to the absence of rigid stays as in a traditional back brace, the support belt can be worn for long periods of time. The more back pain you have, the more you will want to use it.

    1. Side-pulls have adjustable tension control which can be altered to provide either a lighter or stronger support for maximum benefit and comfort.
    2. The wrap-around support belt incorporates our award winning advanced magnetic therapy technology to enhance circulation, reduce back pain and aid healing.
    3. Unique thermo-regulating material prevents overheating while wearing the magnetic back support, and can be worn next to the skin if desired as the support is non irritant, non toxic and hypo-allergenic.
    • Comfortable, non-rigid supportive fit
    • Made from non-sweat thermo-regulating material
    • Tension control side-pulls
    • Long-lasting and reliable Velcro front closures
    • Non-toxic – No Neoprene and Latex Free
    • 4 x Alternating magnetic fields (3220 & 4025 gauss)
    • Unisex design available in 4 sizes
    • Washable

    Warning: The BrodPod magnetic belt for back pain should not be worn by anyone who has a heart pacemaker or other electrical implant fitted.

    The testimonials below have been submitted and used with the permission of the customer. There is no guarantee that you will achieve similar benefits. Reviews and examples on this website are not to be interpreted as a promise or guarantee of results.


    Claire Doyle of Co. Tipperary wrote: “I love my BrodPod magnetic back support belt which I have now been wearing for six weeks. It has really helped my lower back pain and I find it very comfortable to wear all day every day. Brilliant product!”


    Mrs Patterson of Durham wrote: I have been troubled with lower back pain for some time, and was constantly having to take pain-killers to make it possible to sleep. within days of starting to wear your magnetic belt, things improved and I can now sleep without difficulty. The belt is comfortable to wear, and is effective at dealing with back pain.

    Magnetic back support belt

    Does magnetic therapy really work?

    There is some evidence that electromagnetic therapy may help improve low-back pain. A 2022 review of 14 studies (618 participants) found that 1 to 12 weeks of PEMF therapy, 2 to 7 days per week, is beneficial for reducing pain in people with chronic low-back pain.

    Are magnetic belts safe?

    Can magnets help with pain? With the alternative medicine industry as popular as ever, it should come as no surprise that some product claims are more than dubious, if not flat out untrue. Popular even in Cleopatra’s time, the belief in magnetic bracelets as a cure-all continues to be a hotly debated topic.

    • Scientists, businesspeople, and people seeking relief from pain and disease all have their own opinions.
    • Today, you can find magnets in socks, compression sleeves, mattresses, bracelets, and even athletic wear.
    • People use them to treat pain caused by arthritis as well as pain in the heel, foot, wrist, hip, knee, and back, and even dizziness.

    But do they really work? The theory behind using magnets for medicinal purposes stems from the Renaissance period. Believers thought that magnets possessed a living energy, and they would wear a bracelet or piece of metallic material in the hope of fighting disease and infections or to relieve chronic pain.

    But with advancements in medicine through the 1800s, it didn’t take long before magnets came to be seen as worthless, even dangerous therapeutic devices. Magnetic therapy enjoyed a resurgence in the 1970s with Albert Roy Davis, PhD, who studied the different effects that positive and negative charges have on human biology.

    Davis claimed that magnetic energy could kill malignant cells, relieve arthritis pain, and even treat infertility. Today, sale of magnetic products for pain treatment is a multibillion-dollar industry worldwide. But despite another stint in the spotlight, recent studies have determined that evidence is inconclusive.

    1. According to the vast majority of research, the answer is no.
    2. Davis’ assertions and a 1976 study have been largely disproven, and there’s little to no evidence that magnetic bracelets have any future in pain management.
    3. A 2007 review of research concluded that magnetic bracelets aren’t effective at treating pain caused by osteoarthritis, rheumatoid arthritis, or fibromyalgia.
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    Another, from 2013, agreed that both magnetic and copper wristbands have no more effect on pain management than placebos. The bracelets were tested for their effects on pain, inflammation, and physical function. According to the National Center for Complementary and Integrative Health (NCCIH), static magnets, like those in a bracelet, don’t work.

    1. They warn people not to use any sort of magnet as a replacement for medical attention and treatment.
    2. Most magnets marketed for pain relief are made from either pure metal — like iron or copper — or alloys (mixtures of metals or of metals with nonmetals).
    3. They come in strengths between 300 and 5,000 gauss, which is nowhere near as strong as the magnetic force of magnets you find in things like MRI machines.

    While they’re generally safe, the NCCIH warns that magnetic devices can be dangerous for certain people. They caution against using them if you also use a pacemaker or insulin pump, as they might cause interference. Despite the popularity of magnetic bracelets, science has largely disproven the effectiveness of such magnets in treating chronic pain, inflammation, disease, and general health deficiencies.

    Who should not use magnetic therapy?

    Risks. Young children and pregnant women should not use magnetic field therapy because the safety of this therapy is not proved. People who have medical devices or implants with a magnetic field, such as a pacemaker, should not use magnet therapy, because it could interfere with the function of the implant.

    Do magnets reduce inflammation?

    Can Magnets Cure Pain? Jan.9, 2008 — – A belief in the healing power of magnets has been around since ancient Greece, leading to a $5 billion a year worldwide industry that supplies millions of believers with magnets for everything from arthritis to cancer to depression.

    That’s despite the fact that numerous scientific studies have been either inconclusive or unable to find evidence to support the claims of their healing power. Until now. New research at the University of Virginia shows that there is at least some truth to the oft-cited claim that magnets can increase the flow of blood, thus providing more oxygen and nutrients to injured tissue.

    Researchers have shown that a mild magnetic field can cause the smallest blood vessels in the body to dilate or constrict, thus increasing the blood flow and suppressing inflammation, a critical factor in the healing process. So far, the findings are based on experiments with rats, but the researchers hope to begin human clinical trials in the near future, although that could prove to be a major challenge.

    • What sets this work apart from most research into the so-called healing effects of magnets is the fact that the researchers were able to quantify their results by measuring the changes in the blood vessels to determine the impact on inflammation.
    • It’s the first direct measurements that show the reduction in swelling,” said Thomas Skalak, chairman of biomedical engineering at the university, who reported on his work in the American Journal of Physiology.

    Skalak and a former student, Cassandra Morris, have been trying to nail down the effects of magnetism for several years now. Their findings do not lend credence to the wild claims of many manufacturers of magnetic cure-alls. Instead, their work was very precisely focused on the claim that magnets can increase the flow of blood.

    • We wanted to find out if that was true,” Skalak said in an interview.
    • The researchers used anesthetized rats for their work.
    • The rats’ paws were treated with inflammatory agents to simulate tissue damage, and a small magnet, about 10 times more powerful than a basic refrigerator magnet, was attached to their paws.

    The swelling was reduced by about 50 percent, apparently because the magnetic field changed the diameter of the blood vessels. The magnet only had to remain in place for 15 to 30 minutes. If the researchers waited until after the paw was fully inflamed, the magnet had no effect.

    • If magnets work that well in human trials, the impact could be dramatic, because in many cases reducing inflammation is essential to a speedy recovery.
    • Let’s say it takes you four or five days to recover from a given injury and get back to work, or back on the athletic field,” Skalak said.
    • If by preventing the swelling you recover after two days, you’ve cut the healing time by a factor of two.

    That’s tremendous savings worldwide in worker productivity and the quality of life.” Of course, similar results can also be achieved by applying an ice pack and compression, but that’s not always convenient. A magnet, of just the right power, could be carried in a school nurse’s packet, or in an athletic trainer’s bag, and always be available within seconds of an injury.

    But at this point no one knows just the right dosage, or in this case the necessary magnetic strength, to match up with which injury. One size won’t fit all. Skalak said it would take a much stronger magnet, for example, to treat a thigh muscle than a sprain in the small finger. And, as he pointed out often during the interview, no one knows yet if it will work at all in humans.

    But Skalak sounds optimistic, based on many years of experience in a relatively narrow field. He is an expert on the smallest blood vessels in the body, ranging from five to 200 microns in diameter, or about one fifth of a millimeter. “These are very small blood vessels, and they are in all the tissues in your body,” he said.

    “We like to think that’s where the action is. That’s where oxygen gets delivered, and it’s where waste products get removed from your tissues. “These small arterials can open and close because they have a layer of smooth muscle wrapped around them,” he added. “They can increase their diameter, thus delivering more flow to a given tissue, and they can decrease the diameter, just like opening and closing a garden hose changes the flow of water.” When a magnetic field was applied to the paws of the lab rats, the vessels that had been dilated constricted, and the constricted vessels dilated, suggesting that the magnetic field “induced vessel relaxation in tissues with constrained blood supply, ultimately increasing blood flow.” The mechanism is not fully understood, he added, but he suspects the magnetic field alters the flow of positively charged calcium ions that interact with the muscles around the small blood vessels, causing them to dilate or constrict.

    Skalak worries that his study will be taken out of context and used to boost sales of magnetic gizmos that are not supported by medical evidence. He’s probably right. Magnets are attractive to many, and their use has been widespread for several centuries.

    • Early believers thought magnets might pull diseases and pain from the body, a belief that persists to this day, despite the lack of evidence.
    • However, magnets have proved to be a valuable tool in medicine for a wide variety of uses.
    • A number of researchers are developing techniques to use small magnets to draw chemotherapy-carrying magnetic particles into tumors and hold them there, thus killing cancerous cells while sparing nearby healthy cells.
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    And magnets are at the heart of one of modern medicine’s most useful techniques, magnetic resonance imaging. This device gives doctors precise images of the entire human body in amazing detail. But it’s no simple contraption, and it’s not your ordinary magnet.

    1. The strength of a magnetic field is measured in gauss.
    2. Earth’s magnetic field, measured at the equator, is,2 gauss.
    3. An MRI is up to 30,000 gauss.
    4. So magnets, like human injuries, come in many complex forms.
    5. Skalak hopes his work will lead to magnets that can be used on a very personal level, proving the ancients got it at least partly right.

    : Can Magnets Cure Pain?

    How long does it take for magnetic therapy to work?

    When does TMS start working? – TMS therapy usually takes a few weeks before results are noticeable. This varies for each person, just as results vary with other treatment types. Some patients notice benefits sooner, after just a couple of weeks of treatment, while it takes four to five weeks for others to notice results.

    Can you wear a slimming belt everyday?

    Organ damage – This may go without saying, but there are a ton of important organs in your midsection, including the liver, kidneys, and bladder. When you wear a waist trainer, it pushes on your organs. They may shift positions or experience reduced blood flow, which can affect how well they function.

    • If it goes on for a long time, this damage may be permanent.
    • Lots of waist-training advocates suggest wearing a trainer for 8 or more hours each day.
    • This is risky.
    • It’s best not to wear one on a long-term basis, and you should definitely avoid sleeping in a waist trainer,
    • Though many waist-training brands suggest you wear their products while exercising, this isn’t recommended either.

    Not only will you weaken your core muscles, but you’ll also risk depriving your body of the oxygen it needs to perform. If you’re still interested in wearing a waist trainer, there are ways to limit your risk of complications. For example, you could try saving your waist trainer for special occasions — like under your clothes on a night out or as part of a costume.

    1. Even so, make sure you’re wearing the trainer loosely enough that you can take a breathe and move without feeling too restricted.
    2. If you start to feel dizzy or short of breath, take it off immediately.
    3. If you’re looking for a safer short-term solution, you might want to opt for shapewear instead of a waist trainer.

    It’ll give you a similar look to a trainer with less risk to your health. If you’re more interested in a long-term weight-loss solution, exercise and a healthy diet are your best bets. Here are some tips for getting started:

    Reach for natural, unprocessed foods,Avoid sugary and processed food products. Keep an eye on portion sizes,Set small but feasible exercise goals, like taking a short walk each day.Burn calories with aerobic exercise,Use strength training to tone your muscles.

    Next, if you want to tone specific areas of your body, you can try the following:

    Waistline. To get a sleeker waistline, aim for exercises that tone the oblique muscles, such as crunches and planks. Hips. Exercises such as squats, side lunges, and leg raises can help to trim your hips. Butt. To tone your butt, try activities such as climbing stairs, hiking, and doing yoga.

    Finally, to learn more about how to safely lose weight, talk to a doctor or nutritionist. Waist trainers pose a variety of health risks, and their benefits are unproven. Opt for safer alternatives to trimming your midsection, like a balanced diet and regular exercise.

    Are waist belts safe?

    Digestive issues – The shifting of organs due to a waist trainer may also affect the digestive organs, such as the esophagus (food pipe), stomach, and intestines. As well as interfering with digestion, the constant pressure can force stomach acid back up into the esophagus, causing heartburn.

    If a person has gastroesophageal reflux (GERD), wearing a waist trainer may exacerbate the symptoms. Waist training is similar to fad diets and many fitness fads. It may provide some temporary waist thinning, but it ultimately does not provide a safe, long-term solution to weight or fat loss. Long-term use of waist trainers can lead to organ damage.

    It can also lead to digestive issues, such as acid reflux. Waist training also makes breathing difficult. A person may not get enough oxygen or become easily winded. For this reason, they should not wear a corset or waist trainer during exercise. If a person feels lightheaded or short of breath, they should remove the waist trainer immediately.

    How do magnets reduce pain?

 – Basic research shows that when a magnet is placed on the skin, capillary walls relax, allowing for increased blood flow and oxygenation and removal of accumulated pain-producing prostaglandins. Theoretically, these actions relieve muscle spasms and, subsequently, pain.4 Since pain transmission requires the electrical activity found in nerve and muscle cells, properly aligned magnets could either block that action or, in cases of injury, promote healing.5 Magnets can be used in a constant, uninterrupted application (static therapy) or with manipulation of the magnetic field (pulsed therapy).

    A meta-analysis of published clinical trials testing the efficacy of magnet therapy for pain showed no clear, statistically significant differences.6 Of the 29 studies examined, nine were randomized, placebo-controlled trials that explored the use of magnets for musculoskeletal pain. Four of these trials demonstrated a measurable reduction in pain but were not consistent in the strength of magnet used, length of use, and positioning of the magnets.

    Of the four studies showing positive results, one was a small trial examining the effect of magnet therapy on fibromyalgia pain,7 This trial utilized a magnetic mattress pad of 1,100 G. Participants were randomized either to a placebo pad or the magnetic pad, and slept on the same pad for 16 weeks.

    The patients were assessed for pain, fatigue, myalgia, physical function and sleep quality using the Fibromyalgia Impact Questionnaire. The magnetic pad group had statistically significant improvement in all areas compared with little or no change in the placebo group.
 A small clinical trial used pulsed electromagnetic therapy (PEMT) to treat chronic low back pain.8 A total of 36 patients were randomized to PEMT or placebo treatment performed three times a week for three weeks.

    Patients were then followed for four weeks and asked to rate their pain on a numerical scale. Individuals in the treatment group reported a statistically significant decrease in pain for the entire month. Another unique trial evaluated the efficacy of magnet therapy for menstrual pelvic pain.9 A device in the underwear secured the magnets to assure contact with the pelvis.

    Do magnets really help arthritis?

    Studies confirm these treatments are ineffective for arthritis pain. Magnet therapy or wearing copper jewelry may seem attractive for easing your arthritis pain simply and inexpensively. But studies confirm these treatments are ineffective for arthritis pain.

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    According to studies published over the years, magnetic wrist straps and copper bracelets don’t work on arthritis pain or stiffness. Placebo-controlled trials have been done in both osteoarthritis (OA) and rheumatoid arthritis (RA). A few small studies showed that magnets may offer some pain benefit in osteoarthritis, but these results have not been replicated or expanded to larger trials.

    “In my research I set out to confuse the heck out of participants so they couldn’t tell which device was real and which was a placebo,” says one researcher, Stewart Richmond, PhD, research fellow at the University of York, in England. Why Copper, and Why Magnets? The basic idea with copper bracelets is that our bodies are somehow deficient in the copper and that copper will be leached from the bracelets into the skin to ease joint inflammation.

    • This stems back to the theory of metallotherapy the mid-19th century, which was debunked through early clinical research,” explains Richmond.
    • With magnets, the idea is that magnets placed against the skin influence the circulation of iron in the blood, which helps deliver nutrients to the joints.
    • Again, the more you look into these theories, the more you realize they are just bunkum: Iron in the blood is not ferromagnetic, and commercially available magnetic wrist straps will not alter blood flow,” says Richmond.

    “If such theories were valid, the human body would explode when placed in a MRI machine. Thankfully, this doesn’t happen.” Don’t Be Fooled People may be tricked into thinking that devices like these work because of what Richmond calls a very common fallacy in logic.

    “If people generally try out a new treatment when their symptoms are at their worst, and their symptoms subside, they think ‘Wow! It really worked!'” he says. If people began using these devices when their symptoms were mildest, then the reverse situation would be true, he explains. “People would report that the devices were harmful.” Magnets and copper bracelets may be safe and inexpensive, but the risk is that patients might use them in lieu of effective treatment, rather than as an ‘add on.'” Richmond’s study results showed no improvements, beyond the placebo effect, for the magnetic bands or copper bracelets for pain, stiffness, or swelling in RA or OA.

    Results of these studies do not surprise Robin Miller, MD, an integrative medicine physician in private practice. “In my experience, these devices do not work any better than placebo,” she says. Still, like many ineffective treatments, some people will be tempted to try them.

    What is an example of magnetic therapy?

    Magnetic field therapy uses different kinds of magnets on the body to help boost your overall health. It may also help treat certain conditions. There are several types, including: Static magnetic field therapy: In this, you touch a magnet to your skin,

    1. You might wear a magnetic bracelet or other magnetized jewelry.
    2. It could be a bandage with a magnet in it, or you may wear a magnet as a shoe insole.
    3. You could also sleep on a special mattress pad with a magnet in it.
    4. Electrically charged magnetic therapy (electromagnetic therapy): The magnets you use here have an electric charge.

    Treatment with electromagnetic therapy usually comes through an electric pulse. Magnetic therapy with acupuncture : Magnets go on the same sections of your skin that an acupuncturist would probably focus on in an acupuncture session. You may hear these areas called your energy pathways or channels.

    • Your body naturally has magnetic and electric fields.
    • All your molecules have a small amount of magnetic energy in them.
    • The thought behind magnetic field therapy is that certain problems happen because your magnetic fields are out of balance.
    • If you put a magnetic field near your body, it’s believed things will go back to normal.

    Ions like calcium and potassium help your cells send signals. In tests, scientists have seen magnets change how these ions act. However, so far, there isn’t evidence that magnets have the same effect on cells when they’re in your body. Most magnetic field therapy is a treatment option for different types of pain, like in your feet and back.

    Arthritis pain Wound healing Insomnia Headaches Fibromyalgia pain

    While it’s generally safe for most people to wear low-intensity static magnets, it’s not a good idea to have magnetic field therapy if you:

    Use a pacemaker Have an insulin pump Are pregnant

    You should also take off any magnets before having an X-ray or getting an MRI, Some people who have magnetic field therapy have side effects like:

    Pain Nausea Dizziness

    However, these side effects are rare. There haven’t been many studies on magnetic field therapy. The ones that have been done don’t have enough data to draw solid conclusions. Though some clinical trials have shown potential for magnetic field therapy as a treatment for back pain, for the most part, there’s no clear proof that it can treat any condition.

    Do magnets damage discs?

    5.1.5 Magnetism, X-rays, Microwaves, and Radiation – The effects on optical discs of magnetism, X-rays, microwaves, and radiation can be summarized as follows:

    • Magnetism should have no affect on CDs or DVDs.
    • X-ray exposure (e.g., from airport detectors) will not harm optical discs.
    • Microwaves in a microwave oven will destroy a disc. (It may also destroy your microwave oven because of the metal in the disc.)
    • Information on the effects of radiation is currently available from testing done in connection with the U.S. Postal Service’s irradiation of mail to counter bioterrorism threats. CDs and DVDs have been tested at exposure levels of 60 to 300 kilogreys of radiation. According to the results, disc data were unaffected by the radiation; the packaging and discs themselves, however, showed some discoloration and had a burnt-substance odor. There were no traces of residual radiation on any of the packages or discs (High-Tech Productions, no date). A quantitative summary of these effects is also available from Jerome L. Hartke, of Media Sciences, Inc.

    Are there health risks with magnets?

    They are so strong that if more than one is swallowed, they can attract to each other across tissue, cutting off blood supply to the bowel and causing blockages, tissue injury, severe infection, and even death. Initially, if a child swallows magnets, there might be no symptoms, giving a false sense of relief.

    What is the function of magnetic belt?

    Magnetic Belt Conveyors From SolidsWiki Magnetic Belt Conveyors are where either a magnetic slider bed or magnetic pulley is used to transport ferrous materials vertically, upside down, and around corners.Holds ferrous parts fast to the belt.Holding parts to the belt for elevation changes or controlled positioning can also be achieved by the use of a magnetic conveyor belt that utilises magnets under the moving belt.Magnetic belt conveyors are created by placing permanent ceramic magnets in the bed of a standard conveyor.Strength and size of magnetic field is designed per application.Magnetic belt conveyors are one of the surest ways to control positioning of ferrous parts for further processing.These magnetic belt conveyors are available in a wide variety of configurations.