Dispositifs de Magnétothérapie - Magnetoenergy

Traumatology and Intensive Traumatology

Magnetotherapy for Joint Trauma and Cartilage Injury

Magnetic therapy treatment in traumatology is indicated in post-traumatic conditions involving soft tissues and joints, in particular the ankle and knee, often subject to stress and micro-trauma.

The action of electromagnetic fields stimulates cellular metabolism, promotes the repair processes of injured tissues and contributes to the recovery of joint function. Magnetic therapy can even support the reduction of inflammatory states and improve the body’s response in the recovery phases, promoting a faster return to normal activities.

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Benefits for Joint Trauma and Cartilage Injury

Magnetotherapy treatment in the trauma field stimulates cell metabolism, promotes the reabsorption of oedema and activates chondrocytes, the cells responsible for cartilage health. This contributes to a reduction of pain and inflammation, progressively improving joint function. Magnetic therapy is indicated in the presence of joint trauma, sprains, cartilage injuries and functional overloads, with particular a reference to joints most involved, such as the ankle and knee.

Cartilage Lesions

Cartilage is the tissue that lines the joint ends and allows for the correct movement of the joint. When chondral damage occurs, joint biomechanics are altered, pain appears and functionality is reduced, up to possible episodes of joint blockage. In these conditions, magnetic therapy is used to stimulate the repair processes in cartilage tissue and support the recovery of joint function.

Trauma and Joint Overload

Joint injuries can derive from acute traumatic events, from repeated microtrauma over time or from functional overload. In these cases, magnetic therapy helps reduce inflammation, accelerate recovery times and improve joint mobility while promoting a progressive return to normal activity.

Action of Electromagnetic Waves

The waveforms used in magnetotherapy are designed to stimulate tissue repair, promote chondrocyte activity and support cellular metabolism. This results in a reduction of inflammation and reduced pain, contributing to the overall improvement of joint function.

Cartilage Lesions

Cartilage is the tissue that lines the joint ends and allows for the correct movement of the joint. When chondral damage occurs, joint biomechanics are altered, pain appears and functionality is reduced, up to possible episodes of joint blockage. In these conditions, magnetic therapy is used to stimulate the repair processes in cartilage tissue and support the recovery of joint function.

Trauma and Joint Overload

Joint injuries can derive from acute traumatic events, from repeated microtrauma over time or from functional overload. In these cases, magnetic therapy helps reduce inflammation, accelerate recovery times and improve joint mobility while promoting a progressive return to normal activity.

Action of Electromagnetic Waves

The waveforms used in magnetotherapy are designed to stimulate tissue repair, promote chondrocyte activity and support cellular metabolism. This results in a reduction of inflammation and reduced pain, contributing to the overall improvement of joint function.

Clinical Evidence

“Traumatology responds to treatment in an excellent way, from a small distortional trauma to severe fracture, with resounding healing times.”
Mustacchi – Campi magnetici in terapia

“Studies show important effects in controlling the progression of osteoarthritis of the knee.”
Fini et al. – Biomedicine & Pharmacotherapy

“Stimulation with electromagnetic fields allows for a recovery in significantly less time.”
Cadossi and Setti – Orthopaedic practice: bone and cartilage repair

Magnetoenergy Devices

Magnetoenergy magnet therapy devices are designed to respond to different therapeutic needs, from continuous home treatment to professional use in rehabilitation. They integrate Adaptive technology, which allows you to automatically customise treatment according to the user’s characteristics and the area of the body to be treated.
Magnetoenergy ME2200

Magnetoenergy ME2200

A high and low frequency magnetotherapy medical device for continuous home treatments
It offers a wide range of treatable conditions and customizable programs based on the user’s physical characteristics.

  • Easy to use
  • Personalized therapies
  • Battery-powered
  • Intuitive graphic display
Discover Magnetoenergy ME2200
Magnetoenergy TOUCH

Magnetoenergy TOUCH

A high and low frequency magnetotherapy medical device for personalized therapy, even outside the home.
It includes an internal compartment and a backpack-style carrying case. For out-of-home therapies customizable based on the user’s characteristics.

  • Automatic customized programs
  • Portable and usable even while moving
  • Applicator storage drawer
  • Practical backpack bag
Discover Magnetoenergy TOUCH
Magnetoenergy ME3300

Magnetoenergy ME3300

A high and low frequency magnetotherapy medical device for advanced treatments, including professional use
Suitable for both home and professional settings, with customizable treatments based on the user’s physical characteristics.

  • Fully personalized therapy
  • Battery
  • Intuitive touch display
  • Suitable for home and professional use
Discover Magnetoenergy ME3300
Magnetoenergy ME2200

Magnetoenergy ME2200

The device for continuous home treatments.
Ideal for those requiring prolonged and consistent therapeutic cycles over time.

Discover ME2200
Magnetoenergy TOUCH

Magnetoenergy TOUCH

Personalized therapy anytime, anywhere.
The touchscreen display and long-lasting battery allow treatments to be carried out wherever you are.

Discover TOUCH
Magnetoenergy ME3300

Magnetoenergy ME3300

Maximum versatility for home and professional use.
Ideal for those requiring advanced treatments with greater control and flexibility.

Discover ME3300

Personalised Magnetotherapy Thanks to Adaptive Technology

The patented Adaptive system allows you to automatically create the most suitable therapeutic programme simply by entering user data, the part of the body to be treated and the accessories available.
Discover Adaptive technology

Frequently Asked Questions

Yes, magnetotherapy is used to support cartilage tissue repair processes. The action of electromagnetic fields stimulates cell metabolism and chondrocyte activity, contributing to the maintenance and recovery of joint function.

Yes, magnetic therapy helps reduce inflammation and pain. The combined effect on inflammatory components and tissue metabolism helps to improve comfort and promote a more gradual and controlled recovery.

Yes, the knee and ankle are among the most frequently treated joints, as they are most prone to trauma, overload and cartilage injury. Magnetotherapy can be used to support recovery pathways to improve joint mobility and function.

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