Magnetic therapy is used in the orthopaedic field to promote the regeneration of bone tissue and support the consolidation of fractures.
The action of electromagnetic fields stimulates the cellular processes involved in osteogenesis, contributing to the formation of bone callus and functional recovery in a natural and non-invasive way. It is indicated both in the initial stages after a fracture whenever the healing process has slowed down.
Magnetotherapy in the orthopaedic field promotes the activity of osteoblasts and bone trophism, helping to activate the osteogenesis processes and accelerate the formation of bone callus. This effectively supports fracture consolidation and functional recovery. Treatment is indicated for all conditions where it is necessary to stimulate bone tissue regeneration, such as in the case of fractures, consolidation delays, pseudoarthrosis, osteonecrosis and in the processes of prosthetic osseointegration
“The use of Magnetoenergy on a fracture in the finger of a volleyball champion allowed for healing in a few weeks, without missing any training sessions or competitions.”
Checcarelli et al. – American Journal of Physical Medicine & Rehabilitation
“The use of electromagnetic fields produces good results in the treatment of bone diseases such as osteonecrosis.”
Albanese et al. – European Journal of Physical and Rehabilitation Medicine
“In patients with hip replacements, magnetic therapy reduces pain and functional limitation more quickly.”
Zati e Valent – Terapia fisica – Nuove tecnologie in medicina riabilitativa
Yes, magnetotherapy is used to stimulate osteogenesis and bone callus formation, supporting natural healing processes. The electromagnetic fields act to help improve cell metabolism and can promote a faster recovery in the physiological times of consolidation.
Yes, it is recommended in cases where the healing process has slowed. Magnetotherapy acts as a support for natural bone regeneration processes, helping to reactivate the biological mechanisms involved in bone tissue formation.
Yes, it can be used as support in cases of non-consolidation of the fracture. Electromagnetic stimulation promotes the activity of bone tissue and can help reactivate regeneration processes under compromised conditions.
