[PMT Multifunctional Home Physiotherapy Device] Clinical NEO+ IFT, Microcurrent, TENS, EMS

PMT Multifunctional Home Physiotherapy Device ClinicalNeo+ It is Utlimate Neo The advanced version, combined with a more modal electrostimulation device, incorporates enhanced... TENS electronic pain relief, EMS muscle training, interferential wave electrotherapy, and microcurrent , with the addition of Oedröss electrical stimulation and PMT Wave. Two modes , There are a total of 6 modes.

Dual-channel design, including our most advanced TENS and EMS It features modes and body part diagrams, as well as advanced interference wave electrotherapy mode using sine wave technology and state-of-the-art microcurrent mode.

Contains 4 electrode pads

General electrotherapy ( Or, transcutaneous electrical nerve stimulation, abbreviated as TENS) The problem that may occur is that the low-frequency current can cause discomfort when it enters the affected area through the skin.

Interference current (IFC) : This type of stimulation is characterized by the crossover of two dielectrics with independent frequencies, which work together to effectively stimulate large-pulse fibers. These frequencies interfere with the transmission of pain information at the spinal cord level. Due to the frequency, the interfering wave encounters low impedance as it penetrates the skin into the underlying tissues. This deep tissue penetration can be modulated to stimulate parasympathetic fibers to increase blood flow. Interfering stimulation differs from... TENS , because it allows for deeper penetration into tissues, is more comfortable (compliance), and increases circulation.

Interference current is essentially TENS A deeper form. Essentially, IFC use TENS The same signal generated by the unit modulates the high frequency. (4000 Hz) Carrier waveform. High-frequency carrier waveforms are more pronounced than conventional ones. TENS The unit penetrates deeper into the skin, resulting in less discomfort for the user at a given level of stimulation. Deep within the tissue, the carrier waveform is canceled out, thus producing a similar effect deep within the skin. TENS The signal.

IFC The device may be affected by TENS It is useful for patients whose condition has not yet improved.

Interferential electrical stimulation is a unique way to effectively deliver therapeutic frequencies to tissues. Traditional TENS and neuromuscular stimulators used at a rate of per second 2-160 Discrete electrical pulses are transmitted at low frequencies of Hertz. However, the interference stimulator uses pulses every second. 4,000 Hertz fixed carrier frequency and per second 4,001-4,400 The second adjustable frequency in Hertz. When a fixed frequency and an adjustable frequency are combined (heterodyne), they produce the desired signal frequency (interference frequency). The interference stimulus is concentrated at the intersection between the electrodes. This concentration occurs both deep within the tissue and at the skin surface. Traditional TENS Neuromuscular stimulators deliver most of the stimulation directly under the electrodes. Therefore, compared to other forms of electrotherapy, using interferential stimulators allows current to be infused to greater depths and larger tissue volumes. When current is applied to the skin, capacitive skin resistance decreases with increasing pulse frequency. For example, in… At a frequency of 4,000 Hz (interference unit), the capacitive skin resistance ratio is... 50 Hz (in) TENS The frequency (within the range) is 80% lower. (80) Therefore, interfering currents penetrate the skin more easily and stimulate nociceptors less, allowing for greater patient comfort during electrical stimulation. Furthermore, because the skin tolerates intermediate-frequency (interfering) currents better, the dose can be increased, thereby enhancing the ability of the interfering current to penetrate tissues and more easily reach deeper structures. This explains why interfering currents may be best suited for treating patients with deep pain, promoting bone formation in delayed fractures and nonunion fractures and pseudoarthrosis, stimulating deep skeletal muscles to enhance the muscle pump mechanism in venous insufficiency, and inhibiting the activity of arterial constrictors in certain areas, thus increasing cervical and lumbosacral sympathetic ganglia tone in patients.

benefit

IFC interference therapy has been used for many years, and its effectiveness has been well-proven. Studies have shown that patients who receive interference therapy after surgery experience fewer postoperative complications compared to those who rely solely on anesthetics for pain relief. Interference stimulation does not cause respiratory depression. Interference therapy promotes blood circulation and increases patient recovery time. Multiple treatments at home or at work often accelerate patient recovery and allow them to return to a normal lifestyle sooner.

Common uses: before and after orthopedic surgery, joint injuries, cumulative trauma disorders, improving circulation, and pain control for various causes.

application

Interference therapy is used for pain relief, treatment of circulatory disorders, range of motion, edema, swelling, and muscle spasms.

Postoperative patients will 14 - 30 Use the device every day of the day 3 Each time 15 minute.

Microcurrent neuromuscular stimulator (MENS) : The latest devices use very low voltage and current, typically at... 1uA arrive 1000uA Between. Wei An (uA) It is milliampere (mA) of 1/1000 , therefore 1000 uA equal 1 mA . Most TENS The milliamplitude of the device is 1-80 mA .

exist TENS Microcurrents, used to conceal pain, are thought to work at a more cellular level because their electrical activity is very similar to that of our own bodies. Theoretically, healthy tissue is the result of electrical current flowing directly throughout the body. When the body is injured in a specific area, the electrical balance is disrupted, causing the current to change direction. Using microcurrents at the site of injury is believed to readjust this flow, thus aiding tissue repair. Microcurrents have been found in cells... ATP (adenosine triphosphate) helps promote protein synthesis and healing. This is especially important after tissue injury. ATP A deficiency leads to reduced sodium production and increased metabolic waste, which is associated with pain. Applying microcurrents to the injured area helps realign the body's electrical currents, increasing... ATP The production of these substances promotes healing and recovery, and prevents perceived pain.

The current used in microcurrent therapy is so small that it is almost imperceptible to the body.

User benefits:

Help speed up the healing process

Reduce swelling and inflammation

Relieve acute and chronic pain

Relieve muscle pain

Improve soft tissue regeneration

Conditions that can be treated with microcurrent therapy

This list represents only a small fraction of the many conditions that can be treated. Furthermore, the following items represent a broad range of categories, with numerous available frequencies depending on the specific problem a patient is experiencing:

Structural problems

- Autoimmune problems

- Endocrine system balance

- Muscle balance issues

- Injuries to joints, tendons, tissues, etc.

PMT WAVE

It uses a unique waveform that helps with rehabilitation-related diseases.

Rudolf electrostimulation

It strengthens muscles, increases muscle size, improves muscle endurance, and accelerates muscle recovery.

and EMS Similar, but using high-frequency sinusoidal stimulation waveforms.

1970 In the 1980s, Russian researchers used EMS To strengthen the training of Olympic athletes, thereby popularizing

Clinical Neo+ is developed by PMT in the United States. Research and development and production.

PMT is an innovator in advanced medical and therapeutic equipment.

In the past 20 In the year, PMT It has consistently been a leading medical device manufacturer in the United States.

exist Norman W. Lefkovitz With the support of Dr. MD, MD, Chair of the Department of Neurology, St. Thomas Hospital, and the city of Akron, Ohio, PMT staff have received training and kept abreast of emerging medical device technologies.

One-year maintenance