Treating a
range of
conditions

Boost energy levels following injury and aid the recovery from long term energy depletion to improve performance when it matters most.

Depleted energy levels through exertion, injury or disease leads to frustrating underperformance. Enhance productivity and efficiency of the muscles with PEMF technology.

PEMF sends a pulsed electromagnetic field deep into the tissues and penetrates at a cellular level. This recharges cells and encourages normal electrochemical exchange between each cell. This pain-free stimulation helps to energise the body and kick start the natural healing mechanisms.

Use PEMF to aid the recovery of short term energy deficits such as following a muscle strain, or for conditions that are resulting in longer term sluggishness and energy depletion.

Treat the causes of pain, not just the symptoms, by stimulating the oxygenation and repair of the damaged cells and tissues that are causing pain and reduced performance.

Injury leads to pain due to cellular damage within a tissue and can lead to swelling, poor oxygenation and blood flow, muscle damage and low energy. Depleted oxygen levels are also linked with pain - cells in a low oxygen environment are open to infection from microorganisms which can lead to disease and inflammation.

Within the cells, organelles called mitochondria are responsible for converting oxygen and other nutrients into the energy currency of each cell, called ATP.

PEMF is known to send pulsed magnetic waves deep into the cell, stimulating the mitochondria, enhancing oxygenation and the natural repair mechanisms that lead to pain management. Not only that, it helps cells regenerate, prompting the body to repair itself and the underlying causes of pain.

Injury and disease lead to the natural inflammatory response that helps the tissues recover. PEMF speeds up this process leading to a quicker regeneration of cells and tissues.

With over 2,000 supporting studies, regular, continued use of PEMF technology is known to help manage chronic pain conditions by helping nerve cells to regenerate providing long term pain relief.

A speedy recovery from performance limiting chronic pain and injury can mean the difference between competing and not competing, winning and losing. With no known side effects, heat treatment or risk of wound infection, the Hofmag device is truly life enhancing for both you and your horse.

It’s also effective on inflammation, the natural process that helps the body manage cellular damage. Chronic inflammation however can lead to swelling, discomfort and depleted energy levels. PEMF increases the blood flow to damaged or diseased areas helping to speed up the inflammatory response and prevent it from becoming chronic. PEMF promotes faster healing and simultaneously reduces the number of inflammatory makers in the blood leading to a quicker, healthier recovery with lasting effects.

Help prevent tension, stiff muscles and muscle spasms with pulsed electromagnetic waves. Easy to apply, even in the hardest to reach areas massage cannot touch.

Without strong, powerful muscles, horses would not be able to fulfil their duty to their best abilities. Exercise creates strong, powerful muscles, but the strenuous exertion expected of horses also leads to muscle fatigue, stiffness, soreness and even potential injury.

The more stretched and supple the muscles, the less likely they are to fall foul of injury and the faster they’re likely to recover from exercise. PEMF is known to help increase the level of oxygen and consequently energy available to the muscle cells, increasing strength and reducing the possibility of stiffness after exercise and injury. Recovery is also quicker, leading to a shorter downtime.

Deeply penetrating, the PEMF has known to accelerate the healing of injury to the muscles as well as the ligaments, tendons, joints and bones, by regenerating damaged or diseased tissues.

Reduce the pain and discomfort associated with laminitis and speed up recovery time to allow for optimal performance.

The soft tissue within the hoof called the laminae is responsible for attaching the pedal bone to the wall of the hoof. Like all tissue, the laminae can become inflamed, leading to a painful and debilitating condition called laminitis.

Over time, this inflammation can cause instability in the hoof, causing the pedal bone to rotate or sink as the laminae becomes weaker. Recovery can be slow and frustrating for both you and your horse.

PEMF is known to significantly reduce both the inflammation and its resulting pain whilst speeding up the time it takes your horse to recover and get back to doing what they do best.

Wounds are common, but if they don’t heal quickly, infections can set in, energy levels are depleted and performance is inhibited.

Wounds can be common in active horses and it’s in the best interest of your horse and you for these wounds to heal as quickly as possible. Stubborn wounds that won’t heal can be down to reduced circulation and blood flow leading to a lack of oxygen reaching the damaged cells and tissues.

PEMF is known to stimulate blood flow and improves circulation by kick starting sluggish red blood cells that are clumping together, prohibiting optimal oxygen and nutrient delivery. In doing so, it aids the natural healing processes leading to a speedier recovery of non-healing wounds.

Damaged bones can cause high levels of pain and discomfort as well as take many months to heal. PEMF could speed the recovery and support your horse back to health.

PEMF is linked with a potential for bone healing as well as muscle healing, improved blood flow and circulation and energy regeneration. Pulsed electromagnetic waves penetrate all the tissues of the body including the bones, without the use of heat.

When used on the bones, PEMF has shown a potential for bone remodelling and healing both on the external and internal structures of the bones.

Since PEMF is known to help repair damaged muscle and other tissue, it can help to support the ligaments and tendons that surround bones damaged by injury, disease or surgery, as well as potentially promoting the regeneration and healing of the bone.