2024 GMS Pmst Neo+ Laser Therapy 808NM 650NM Super Transduction Physio Magneto EMTT Machine
Product Description
The magnetic stimulation generator uses high-voltage and high-energy current to instantly discharge in the magnetic field coil, inducing a high-field-strength magnetic field that can penetrate skin and bone tissue without attenuation, induce nerve tissue to generate local microcurrent, and depolarize nerve cells. thereby excitating nerve fibers.
At the same time, the magnetic field changes with the current and magnetic coil output. This change produces an induced current that blocks the direction of magnetic flux through the coil, creating an eddy current that can stimulate nerves or muscles. The magnetic field affects the distribution of current in the human body, the movement of charged particles, the permeability of the membrane system, and the magnetic moment orientation of biopolymers, etc., causing changes in the physiological and biochemical processes of tissue cells, producing analgesia, swelling, and promoting blood and lymph circulation. etc.
Research shows that the current guided by the magnetic field can obtain deep muscle evoked potentials (brachial plexus, lumbar nerve roots and sciatic nerve), muscle action potentials or sensory nerve action potentials in the muscles it controls. Peripheral nerve measurement only needs to use 100% 2.0 T 70%~75% strength. Induced electric fields can enhance the activity of nerve cells and related enzymes, depolarize nerve fibers, generate nerve impulses, easily activate reflex arcs with muscles as effectors, regulate the excitability of peripheral nerves, promote the release of analgesic substances, and improve the body's pain threshold
MT mode: Superficial stimulation of the same area does not last more than 30 minutes, no more than 3 times a week
ST mode: deep stimulation of the same area does not exceed 25 minutes continuously, no more than 3 times a week
First use MT superficial stimulation for 15 minutes, then use ST mode to continue deep superimposed stimulation on the same site for 10 minutes, no more than 3 times a week, 2 consecutive weeks as a course of treatment, 2-3 courses of treatment will have significant recovery effects
Product Parameters
| Technical Specifications of PMST NEO+ |
| Field strength at the coil |
5T |
Water cooling system |
Water 2.5L |
| Voltage |
100-240V |
Near infrared wavelength |
808nm & 650nm |
| Output power |
1500W |
Package |
Alu box inside
Carton box outside |
| Oscillation frequency in ST mode |
1000-3000HZ |
Package size |
66*60*50CM |
| Oscillation frequency in MT mode |
1-100HZ |
Gross weight |
44KG |
Detailed Photos
Laser physiotherapy instruments with wavelengths of 808nm and 650nm are commonly used to treat different types of pain and promote tissue repair. Their functions are as follows:
1. **808nm laser:**
- **Deep tissue penetration:** The 808nm wavelength laser has strong penetrating power and can penetrate deep into skin tissue and act on deep muscles, bones, joints and other parts.
- **Biostimulation effect:** 808nm laser can stimulate the photosensitive receptors of cells, promote cell energy metabolism, increase ATP (adenosine triphosphate) synthesis, and is beneficial to cell repair and regeneration.
- **Anti-inflammatory and analgesic:** 808nm laser can reduce tissue inflammatory response and reduce pain sensitivity, thereby relieving pain and reducing inflammation.
- **Promotes Healing:** Helps promote wound healing and recovery by promoting blood circulation to tissues, increasing the supply of oxygen and nutrients, and accelerating tissue repair and regeneration.
2. **650nm laser:**
- **Superficial tissue effect:** The 650nm wavelength laser mainly acts on skin and superficial tissues, such as epidermis, dermis and subcutaneous fat tissue.
- **Biostimulation effect:** 650nm laser can stimulate the metabolic activity of cells, increase intracellular ATP synthesis, and promote cell repair and regeneration.
- **Anti-inflammatory and analgesic:** 650nm laser can reduce the inflammatory response of local tissues and reduce pain.
- **Skin Beauty:** 650nm laser can promote the production of collagen and the proliferation of skin elastic fibers, helping to improve skin texture and reduce wrinkles.
Laser physiotherapy and near-infrared (NIR) physiotherapy are both common physical therapy methods. The main differences between them are the following aspects:
1. **Light source characteristics:**
- **Laser Therapy:** Laser is a monochromatic, coherent, highly directional light with high energy density that can be focused into a smaller area.
- **Near-infrared physiotherapy:** Near-infrared light is a kind of incoherent, multi-color, highly scattering light with a wide beam and can illuminate a wider area.
2. **Penetration Depth:**
- **Laser physiotherapy:** Laser has high penetrating power and can penetrate deep into tissues and act on deep tissues, such as muscles, bones and joints.
- **Near-infrared physiotherapy:** The penetration depth of near-infrared light is relatively shallow, and it mainly acts on the surface layer of the skin and superficial tissues.
3. **Mechanism of action:**
- **Laser physiotherapy:** Laser can stimulate intracellular pigments or photosensitive receptors, promote cell metabolism, increase ATP synthesis, which is beneficial to cell repair and regeneration, and has anti-inflammatory, analgesic and healing effects.
- **Near Infrared Physiotherapy:** Near infrared light can penetrate into the skin and superficial tissues, promote tissue blood circulation, increase oxygen supply, help relieve muscle fatigue, promote recovery and improve skin texture.
4. **Therapeutic Application:**
- **Laser Physiotherapy:** Mainly used for pain management, rehabilitation and tissue repair of deep tissues, such as arthritis, muscle strain, etc.
- **Near infrared physiotherapy:** Mainly used for the treatment of epidermis and superficial tissues, such as skin diseases, muscle fatigue and skin beauty.
Company Profile
2023 Newest Pmst Neo+ Electromagnetic Field Super Transduction Laser Magneto Terapia
Audited Supplier 
){kind=link}
){kind=link}