HUMAN TECHNOLOGY FUTURE
Special company who focus on developing & manufacturing physical therapy and rehabilitation devices
Feature
• UniquebeamwavetechnologyinChina, penetratingdeepertissues
• Physicaltherapy0-50W,surgery 0-150W
• Oneclickswitchforphysical therapysurgery
• Easytooperate,notissuecarbonization,rapid hemostasis,nosplashing,andgoodwoundrepair
• Affordableprice,highreturnrate,suitableforusein hospitalsandclinicsatalllevels
• Newtechnologiesthatreplaceelectrocautery, freezing,andlasersurgery
Specification
Details
The 2450MHz high-frequency electromagnetic field acts on the affected area to cause high-frequency oscillations of ions, water molecules, and dipoles in tissue cells to generate heat, which can promote blood circulation, improve metabolism, accelerate tissue repair, reduce inflammation, reduce swelling, relieve pain, and relieve muscle spasm, etc.
Thermal effect
Non-thermal benefits
Integration of surgery and physical therapyt
1.The operation is simple and can be mastered by general medical staff.
2.Tmeopeation time is short, which is usually only a few seconds.
3.The patient has no pain or bleeding during the operation.
4.There is no sputtering to medical staff and no smell and fog of tissues burnt.
5.The treatment effect is good, the time required for healing is short and there is no scar.
Microwave refers to electromagnetic waves with a frequency of 300MHz~3000GHz (3THz). It is an abbreviation for a limited frequency band in radio waves, that is, electromagnetic waves with a wavelength between 0.1 mm and 1 meter, which are decimeter waves, centimeter waves, millimeter waves, and sub-millimeter waves. The collective term for waves.
Microwave, as a kind of millimeter wave, in addition to the common characteristics of millimeter waves, there are also some unique properties that are different from other millimeter waves: light-like, penetrating, and non-ionizing.
Light-likeness: Compared with lower frequency radio waves (short waves, etc.), microwaves can propagate and concentrate more like light.
Penetration: Compared with infrared, microwave is easier to penetrate into the substance when irradiating the medium
Non-ionizing: When the microwave quantum interacts with the substance, it does not change the internal structure of the substance molecule (only its motion state is changed)
Thermal effect: The polar molecules of the dielectric change from the original chaotic thermal motion to the regular motion oriented in the direction of the electric field. The thermal motion and the interference and hindrance of the intermolecular interaction force play a role similar to internal friction, which will absorb the The electric field energy is converted into heat energy, which causes the temperature of the dielectric to rise accordingly.
Function: Promote body metabolism, blood circulation, cell metabolism and the function of corresponding organelles.
Thermal effect: The polar molecules of the dielectric change from the original chaotic thermal motion to the regular motion oriented in the direction of the electric field. Various charged particles are suddenly attracted and repelled in the microwave electromagnetic field. The thermal motion and the interference of the intermolecular interaction force And the barrier plays a role similar to internal friction, converting the absorbed electric field energy into heat energy, which causes the temperature of the dielectric to rise accordingly.
Function: Promote body metabolism, blood circulation, cell metabolism and the function of corresponding organelles.
Non-thermal effects: effects other than thermal effects, such as electrical, magnetic, and chemical effects. Under the action of the microwave electromagnetic field, some molecules in the organism will deform and vibrate, which will affect the function of the cell membrane, change the electrical status of the liquid inside and outside the cell membrane, cause changes in biological functions, and affect the central nervous system. For example, charged particles such as human milk fat and red blood cells are arranged in a string of beads along the lines of electric force under the action of a microwave field.
Effect: reduce nerve excitability, analgesia;
Eliminate acidosis of inflamed tissues and reduce exudation;
Accelerate the growth of connective tissue.
Thermal coagulation treatment: After the human tissue absorbs microwave energy, the temperature increases, resulting in a thermal effect. The high-energy thermal effect denatures and solidifies the protein of the tissue, leading to its irreversible necrosis, which has the effect of tissue surgery.
Certificate
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First class quality service and professional after-sales team.
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