Diamagnetic pump
DIAMAGNETIC THERAPY
INNOVATIVE THERAPY
Diamagnetic Therapy
Diamagnetic therapy is a non-invasive therapeutic technique that uses the repulsion produced by high-intensity magnetic fields. In this process, the electronic structure of diamagnetic materials, when exposed to such a field, generates molecular movements that oppose its direction.
Diamagnetic therapy treatments are applied both in the preparation phase before surgery and in postoperative rehabilitation. They are also essential in the prevention and treatment of rheumatic diseases.
Mechanisms of action
The diamagnetic pump is actually an accelerator of diamagnetic processes. Considering that 60-80% of the body's structures are composed of liquids, and liquid is a diamagnetic material, we can understand its great capacity to act on our tissues.
The pump manages to stimulate and accelerate, in a remarkable way, the body's own healing processes by applying 4 main mechanisms of action:
· Liquid displacement: Resolution of any edema or inflammation
· Endogenous stimulation: Regeneration of any type of tissue, skin, bone, muscle, tendon, nerve, cartilage, etc.
· Neuromodulation of pain: Treatment of both nociceptive and neuropathic pain
· Molecular implant: Introduction of pharmacological and homeopathic medication through the skin
With the CTU MEGA 20, you will step into the future of physiotherapy and rehabilitation, achieving personalized treatments that are completely harmless, painless, non-ionizing, and non-addictive.
Cervicalgia
Popliteal tendinitis
Achilles tendinopathy
Knee sprain
FIELDS OF APPLICATION
Applications
This technology, which revolutionizes the field of health and sports, has a wide range of applications:
Neurological injuries: Stroke (cerebrovascular accident), autism, Parkinson's, Alzheimer's, cerebral palsy, migraines, Arnold's neuralgia, vertigo, etc.
Phlebology and lymphology: Lymphatic edema, inflammatory edema, post-traumatic edema, etc.
Back pathology: Herniated discs, lumbago, dorsalgia, cervicalgia, radiculopathy, etc.
Shoulder pathology: Frozen shoulder, subacromial syndrome, rotator cuff tendinopathy, calcific tendinopathy of the shoulder. Dermatology: Ulcers, open wounds, bedsores, skin inflammations, eczema, scars, etc.
Muscle injuries: Muscle fiber tears, strains, contractures, contusions, etc.
Joint injuries: Sprains, joint edema and inflammations, osteoarthritis, arthritis, capsulitis, bursitis, etc.
Post-surgical rehabilitation: Improves quality and shortens recovery time after surgery. Pain therapy: Effective for the treatment and control of any type of pain: nociceptive, neuropathic, etc.
Complex syndromes: Fibromyalgia, Sudeck's disease, inflammatory autoimmune diseases, etc.
Bone injuries: Fractures, pseudoarthrosis, avascular necrosis, bone edema, etc.
Pelvic floor pathology treatment: Postpartum treatment (normalization and recovery of the pelvic floor), episiotomy, cesarean section, diastasis, abdominal belt recovery, etc.
Tendon injuries: Epicondylalgia, plantar fasciitis, Achilles tendinopathy, patellar tendinopathy, calcifying tendinopathies, tenosynovitis, etc.
Aesthetic medicine: Rejuvenation treatments, wrinkles, cellulite, recovery from plastic surgeries, etc.
Orthopedics and Traumatology
Rheumatology
Physical Medicine
Sports Medicine
Phlebology and Lymphology
Dermatology and Plastic Surgery
Pain Therapy
Aesthetic Medicine
DIAMAGNETIC PUMP CTU MEGA 20
How does it work?
Diamagnetic therapy, also known as ADM therapy (Accelerated Diamagnetic Molecular Therapy), allows the application of pharmacological treatments in localized or extensive areas, achieving the distribution of active ingredients without the need for needles or electric currents, and without causing any pain.
The technological principle behind diamagnetic therapy is based on the use of hyper-pulsed high-intensity magnetic fields.
The CTU Mega 20 Diamagnetic Pump generates a magnetic field of 2 Tesla, which allows the observation of the diamagnetic effect, i.e., the repulsion of substances with diamagnetic properties, such as the water present in biological tissues. This process directly affects the extracellular matrix and intracellular biochemistry, influencing tissue repair, edema reabsorption, and the acceleration of cellular metabolic processes, promoting tissue regeneration.