The Super Inductive System

How Laser Treatment Works

The Super Inductive System utilizes a high-intensity electromagnetic field to stimulate the body's natural healing processes. This field penetrates deep into tissues, affecting nerves, muscles, and cells, leading to pain relief, improved circulation, and accelerated healing.

The Super Inductive System is engineered to address painful neuromuscular and musculoskeletal conditions, including muscle spasms, joint pain, and nerve damage. It provides a non-invasive alternative to traditional treatments, offering patients a safe and effective option for managing pain and improving function.

THERAPEUTIC EFFECTS

THE PRINCIPAL THERAPEUTIC EFFECT

• Magnetic field stimulation induces depolarization of the membrane, fostering cell differentiation and resulting in analgesic, myorelaxant, and trophic effects, as well as an impact on peripheral circulation.
• This action is attributed to the direct influence of the magnetic field on cells and the induced electric current within the tissues.
• Depolarization of the membrane is more pronounced in tissues with a higher proportion of unmyelinated fibers.

ENDOGENOUS OPIOID THEORY OF PAIN

• The analgesic effect of the magnetic field can be explained through a process involving increased levels of β-endorphins.
• Magnetic field stimulation increases the release of β-endorphins from the pituitary gland.
• β-endorphins bind to opioid receptors in the central nervous system and peripheral nerves, resulting in analgesia.
• Changes in β-endorphin levels in cerebrospinal fluid (CSF) correspond to pain relief.

GATE CONTROL THEORY OF PAIN

• According to the gate control theory, pain perception is modulated in the spinal cord.
• Magnetic field stimulation produces a stronger effect on unmyelinated fibers than on myelinated ones.
• Stimulation of unmyelinated fibers blocks the transmission of nociceptive impulses through the gate.
• The magnetic field also induces an electric current in tissues, activating inhibitory interneurons.
• These interneurons suppress the transmission of pain signals through the spinothalamic tract.

PERIPHERAL PATTERN THEORY OF PAIN

• This theory posits that the peripheral nervous system plays a role in the perception of pain.
• Magnetic field stimulation affects the peripheral nerves, altering the transmission of pain signals.
• The induced electric current stimulates sensory receptors, modifying pain perception.
• Stimulation of peripheral nerves can also improve local blood circulation, promoting healing.
• The interaction between the magnetic field and peripheral nerves contributes to analgesia and improved function.

THERAPY RECOMMENDATIONS

Acute pain condition up to 5 therapies, daily

Chronic pain condition up to 10 therapies, 2 – 3x a week

Muscle strengthening up to 10 therapies, 2 – 3x a week

Muscle relaxation up to 5 therapies, 2 – 3x a week

Joint mobilization up to 5 therapies, 1 – 2x a week

Fracture healing up to 10 therapies, min. 3x a week

Frequently Asked Questions

What are the key advantages of the Super Inductive System?

This represents a versatile solution devoid of the need for operators, consumables, or disposables.

Who is the optimal candidate for Super Inductive System therapy?

This system is beneficial for addressing acute pain conditions like herniated discs, chronic knee pain, spastic patients, and muscle weakness resulting from ACL reconstruction.

Is the Super Inductive System intended for physiotherapists or orthopedists?

This adaptable therapeutic device finds utility across various specialties, including physiotherapists, orthopedists, neurologists, and chiropractors.

What sets the Super Inductive System apart from Electrotherapy?

• The interaction of the electromagnetic field generated by the Super Inductive System surpasses the depth achievable by electrotherapy.
• The coil generates the field without the need for skin contact, eliminating the sensation of pain from the passage of electric current through tissues.
• In the case of the Super Inductive System, a higher intensity is needed for the treatment, making it more effective for treating acute conditions.
• Super Inductive System sessions are shorter than electrotherapy sessions.
• Super Inductive System sessions do not require undressing.
• The risk of burns is absent.
• There are no complications from electrolysis.

What sets apart the Super Inductive System from Magnetotherapy?

• The treatment duration for the Super Inductive System is shorter compared to magnetotherapy.
• The Super Inductive System provides a greater depth of penetration and intensity of the magnetic field.
• The Super Inductive System's magnetic field elicits a wide range of therapeutic effects.