Physiotherapy device from Microtechnology Company
Tecar Therapy Machine, High Power Laser, Ultrasound and Shockwave are four series of microtechnology physiotherapy machines that are used to treat a wide range of physiotherapy problems. Tecar Therapy Machine uses radio waves to deliver deep heat to tissues and can be used to treat pain, inflammation and muscle spasms. High Power Laser Therapy Machine uses high-energy light beams to help speed up wound healing and reduce pain.
Ultrasound Therapy machine uses high-frequency sound waves to help reduce inflammation and pain, and can also be used to relax tight muscles. Shockwave Therapy machine uses high-energy sound waves to help break down fibrous tissue and improve circulation. These four physiotherapy machines can be used effectively to treat a wide range of conditions and are usually used alongside other treatments such as physical therapy and prescribed medications.
As a patient who intends to use this method or a clinic that intends to purchase this device to include in its physiotherapy services, it is best to know how the Tekar Therapy device works.
Tactile therapy With the Tekar physiotherapy device, it is a non-invasive treatment method that uses electromagnetic energy to increase the heat of damaged tissues. This method is used to treat a wide range of musculoskeletal problems, including muscle injuries, joint problems, wounds, and inflammation.
Tecartherapy accelerates cellular metabolic processes by creating a two-way flow of electrolytes in the body. This leads to an increase in tissue temperature from within and improved blood and lymph flow. Increased blood and lymph flow helps improve oxygenation and nutrition of damaged tissues, reducing inflammation and pain.
Tecartherapy It is a safe and effective treatment method that can help musculoskeletal problems heal faster and more easily.
The Tekar physiotherapy device is also used in the field of slimming and beauty. In this field, we use the radio frequency device called RF device We know
Shockwave device Despite its name, it doesn’t actually give you an electric shock. Instead, it applies mechanical energy instead of electrical energy. The device resembles a small, very low-powered electric hammer. The shockwave head creates areas of high pressure followed by areas of low pressure (at very high speeds). This then causes the gas bubbles (cavitation) that were previously present in the tissue to dissolve and re-form. This alternating gas bubble formation/re-absorption results in a “micro-massage” of the tissue’s cell walls.
This device is also used in the field of beauty and slimming as Shockwave slimming machine It is used.
High-intensity laser therapy is a non-invasive and effective treatment method used in physiotherapy to treat a wide range of musculoskeletal problems. By sending high-energy light waves to the affected area, this device reduces inflammation and pain, accelerates the healing of damaged tissues, and improves antiultrasound secretion.
High-intensity lasers are particularly effective in treating sports injuries such as muscle strains, sprains, and back pain caused by herniated discs. They are also used to treat other musculoskeletal problems such as osteoarthritis, myofascial pain syndrome, and wounds.
High-intensity laser is a safe and effective treatment method that can help musculoskeletal problems heal faster and more easily.
Ultrasound therapy: A non-invasive treatment that uses high-frequency sound waves to treat a wide range of musculoskeletal conditions. This treatment creates thermal and kinetic changes in body tissues, which helps improve blood flow, cellular metabolism, connective tissue expansion, tissue regeneration, and wound healing.
Ultrasound physiotherapy devices help to expand the tissue and reduce pain by generating deep heat in soft tissues. This treatment can also help improve blood circulation and oxygenation to damaged tissues.
The shockwave device is more suitable for treating chronic pain, especially if it is related to kidney stones or bone fractures. In contrast, the Tecar physiotherapy device is useful for treating musculoskeletal pain and improving tissue repair.
Ultrasound is more suitable for treating deep tissues because sound waves penetrate tissues well and have a deep effect. In contrast, high-power lasers exert their effects in a focused and systematic manner on superficial and shallower tissues.
Yes, in some cases, a high-power laser device and an ultrasound device are used in combination. Physiotherapy This combination can enhance the positive effects of both devices on tissues and accelerate healing.
From sound waves with different frequencies between 300 kHz and 1.3 MHz in Tecartherapy Used
Ultrasound waves are generated by a piezoelectric plate and help treat various diseases and injuries through mechanical and thermal vibrations in tissues.
The use of ultrasound waves leads to the treatment of various diseases, including bone fractures, arthritis, inflammation, and muscle spasms.
When using ultrasound waves, should it be avoided in certain areas, such as the abdomen during menstruation or pregnancy, and areas with skin lesions?
Sound waves with different frequencies have thermal and mechanical effects (these vibrations improve circulation Lymphatic and blood) are created in the desired tissues.
