New Technology Shock Waves
What are Shock Waves?
STIMULATE BODY REPAIR AND RELIEVE PAIN
Shock Waves are high-energy acoustic pulses that are applied in a controlled manner to the body’s tissues to stimulate their repair and relieve pain.
They are generated extracorporeally and precisely targeted to the injured area. As they penetrate the tissues, they cause biological effects that activate circulation, promote cell regeneration, dissolve calcifications and modulate pain.
FOR WHICH PATIENTS ARE SHOCK WAVES INDICATED?
Shock Waves are indicated for people with musculoskeletal injuries or pathologies that have not responded to conventional treatments.
They are especially useful for:
Chronic tendinopathies: Achilles tendinitis, tennis elbow, patellar tendinitis.
Plantar fasciitis: helps to resolve persistent inflammation in the sole of the foot.
Tendon calcifications: breaks calcium deposits in tendons, as in the shoulder.
Myofascial pain: deep trigger points and stubborn contractures.
Chronic bursitis: reduces inflammation of serous bags.
Common injuries: promotes recovery and prevents relapses.
Benefits compared to other treatments
Shockwave therapy offers very clear clinical advantages over traditional options, especially in chronic or difficult to resolve musculoskeletal injuries:

Deep biological stimulation: Unlike therapies that only soothe pain, shock waves induce reparative processes in the tissue. They activate angiogenesis (formation of new blood vessels) and cellular remodeling, creating optimal conditions for regeneration.

Effective dissolution of calcifications: It is one of the few non-invasive therapies capable of fragmenting calcium deposits in tendons, avoiding in many cases the need for surgery.

Sustained pain relief: By reducing inflammation and modulating nerve pain signaling, it provides a long-lasting analgesic effect, far superior to purely pharmacological treatments.

Targeted and personalized application: It allows focusing the energy on specific areas of the lesion, adapting intensity and frequency parameters for each patient and pathology.