Magnetic Therapy 915G is a magnetotherapy device with two output channels capable of producing continuous and pulsed electromagnetic fields with a maximum intensity of 1100G. To apply the electromagnetic field on the patient’s body, it is possible to use a solenoid with diameters of 30 and 70 cm, as well as the possibility of using a single disc applicator to apply electromagnetic fields locally.
About Magnetic Therapy
Magnetic therapy is one of the main methods of treatment in physiotherapy. Its basic form – the use of a static magnetic field, i.e. a permanent magnet – has been used since ancient times as a natural source of healing. However, only the progress of electronic engineering science and the production of powerful switching components enabled the rapid development of low-frequency pulsed magnetotherapy equipment, the effects of which are several times greater than that of a static magnetic field.
Recent studies show that treatment using a pulsed electromagnetic field is 100 times more effective than applying a fixed magnetic field. This is why pulse magnetotherapy has become one of the most common physiotherapy methods today. Scientific evidence suggests that in some disorders (such as chronic pain in degenerative joint diseases) this method has been successful as a long-term treatment, while other treatment methods have failed.
The purpose of pulsed electromagnetic fields (PEMF) is to increase the natural communication processes between the body’s cells and improve their ability to produce energy, which, in turn, increases cell stability and repair. Body cells consist of positive and negative ions whose concentration difference inside and outside the cell membrane creates a potential difference that is always constant if the cell is healthy. As a result of the disease, the voltage of the cell membrane drops and therefore its ability to function effectively decreases. In PEMF modality treatment, magnetic waves enter the body in pulse form and charge the cell membrane and reach the appropriate potential. These effects increase cellular metabolism, cell efficiency, and cause the body to begin to repair and restore its natural balance.
Magnetic 915G Therapeutic applications
- arthritis
- heel spur
- Tendonitis
- Bone repair
- Plantarfasciitis
- Delayed fractures
- Reduction of muscle spasm
- External and internal epicondylitis
Magnetic Therapy 915G GUI
The right angle of the device display provides the therapist with easy use. The therapist can control the device both standing and sitting without changing the color and transparency of the screen and easily apply the necessary settings.
- Predefined, accurate and effective treatment protocols based on valid scientific articles
- Additional information including the number of treatment sessions, intervals of treatment sessions and...
- Guide pictures for positioning the exact location of the handpiece and showing the patient's position during treatment
- A library of anatomy images of different parts of the upper and lower limbs
- Providing a wide range of device applications to facilitate communication between the therapist and the patient
Product benefits
Single disk applicator with easy use and low weight
Capable of local and general treatment using disc and solenoids
For ease of use in Sar Grand, it is possible to update the software of the device through the USB port and also connect to Wi-Fi.
Technical Specifications
Intensity | Maximum 1100 for single disc applicator |
---|---|
treatment time (minutes) | 60-1 |
Therapeutic mods | Continuous Pulsed |
Number of treatment programs | 96 |
wave form | Square, triangular rectangular etc |
Display | Full color, multi-touch, 10-inch screen |
Weight of the device without accessories (kg) | 4 |
Comparison of solenoid and disc applicators
The maximum intensity of the magnetic field in the disc is higher than that of the solenoid. The maximum field intensity in the disc is 1100 gauss and in the solenoid 90 gauss. The spatial distribution pattern of the magnetic field in the disk is non-uniform and local; This means that the magnitude of the field is different at different points of the disc surface and depends on the distance from the center of the disc.
The field is the most intense in the center, and as we move away from the center on the surface of the disk, the intensity of the field decreases. Also, as the vertical distance from the surface of the disk increases, the field decreases, for example, at a distance of 2 cm from the surface, the magnitude of the field decreases to approximately 50% of its value on the surface; Meanwhile, the spatial distribution pattern of the magnetic field in the solenoid is almost homogeneous and uniform; This means that the magnetic field in the entire space surrounded by the solenoid has almost the same direction and intensity, and as a result, an almost uniform magnetic field is created in this entire space.
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