Newest Emtt Therapy 6.0T Pain Relief Pulsed Electromagnetic Physical Therapy Rehabilitation equipment
Pulsed magnetic fields refer to rapidly changing magnetic fields that vary in strength over time. These fields can be created using various techniques, including electromagnetic coils or pulsed permanent magnets. The rapid change in magnetic field strength can induce electrical currents in nearby conductive materials or affect the behavior of charged particles.
Applications:
Medical Imaging and Therapy: Pulsed magnetic fields are used in medical imaging techniques like magnetic resonance imaging (MRI) to create detailed images of the body's internal structures. Additionally, pulsed electromagnetic fields (PEMF) have been investigated for potential therapeutic applications, such as promoting bone healing and managing pain.
Induction Heating: Pulsed magnetic fields can be employed for induction heating, a process where metal objects are heated by inducing electrical currents within them. This has applications in industrial processes like metal hardening, annealing, and forging.
Particle Acceleration: Pulsed magneto-mechanical devices can play a role in particle accelerators, which are used in scientific research to accelerate particles to high speeds for experiments in various fields like physics and materials science.
Magnetic Pulse Welding: This technique uses pulsed magnetic fields to rapidly join two metal components together without the need for additional materials like solder or filler metals.
Research and Material Testing: Pulsed magnetic fields can be used to study the behavior of materials under extreme conditions, such as high magnetic fields or rapid changes in magnetic fields.
Propulsion Systems: Some experimental propulsion concepts involve the use of pulsed magnetic fields to interact with external magnetic fields, potentially providing a means of propulsion for spacecraft.
Electromagnetic Forming: Pulsed magneto-mechanical devices can be used to shape and form materials by applying controlled magnetic forces.
Effects of NIRS Therapy
1.Make the healing process easier
2.Improve blood circulation
3.Pain relief , analgesic effect
4.Decreases muscle spasme
5.Increase in endorphins influencing the pain gate mechanism
6.Acceleration of healing and tissue repair
7Increases the sensory nerve conduction velocity
8.Make the skin a better conducto
Indications For Treatment
1.Arthritis, Synovitis,
2.Muscle ache, tenosynovitis, frozen shoulder
3.Pelvic inflammatory disease, adnexitis, chronic pancreatitis, celiac disease
4.Chronic appendicitis, chronic gastroenteritis
5.Knee effusion,
6.Meniscus damage
Technology Background
Near-infrared spectroscopy is a spectrum that can penetrate deep into the skin and subcutaneous tissues, it can cause collagen hyperplasia, structural reorganization, cause the resonance of atoms and molecules in human cells, through resonance absorption, friction between molecules to form a thermal reaction, promote the rise of deep subcutaneous temperature.
| Field strength at the coil |
4T |
Near infrared |
940nm 640nm 620nm |
| Performance of the field |
92T/S |
Package |
Alu box indide and carton box outside |
| Oscillation frequency in ST mode |
1000-3000HZ |
Package size |
66*50*50cm |
| Water cooling system |
Water 2.5L |
Groos weight |
44KG |
Updated Pain Relief NIR Infrared Magneto Terapia Physio Magneto Neo Emtt Physio Magneto Transduction Machine
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