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苏州好博医疗器械股份有限公司 HAOBROMEDICALDEVICE

Microwave therapy apparatus

By applying a high-frequency electromagnetic field of 2450MHz to the affected area, it causes high-frequency oscillations of ions, water molecules, and dipoles in tissue cells, generating heat through mutual friction, promoting blood circulation, improving metabolism, relieving spasms, relieving pain, promoting inflammation dissipation, and accelerating wound repair. Heat effect Non thermal benefit

Microwave refers to electromagnetic waves with frequencies ranging from 300MHz to 3000GHz (3THz). It is a limited frequency band in radio waves, which refers to electromagnetic waves with wavelengths between 0.1 millimeters and 1 meter. It is a collective term for decimeter waves, centimeter waves, millimeter waves, and submillimeter waves.

As a type of centimeter wave, 2450MHz microwave not only has the common characteristics of centimeter waves, but also has some unique properties that distinguish it from other centimeter waves: light like, penetrating, and non ionizing. Photomimetic: Compared to lower frequency radio waves (such as short waves), microwaves can propagate and concentrate more like light. Penetration: Compared to infrared radiation, microwave radiation is easier to penetrate into the interior of a substance Non ionization: When the quantum of microwave interacts with matter, it does not change the internal...

Thermal effect: The polar molecules of a dielectric change from chaotic thermal motion to regular motion oriented in the direction of the electric field. Multiple charged particles are sometimes attracted or repelled in the microwave electromagnetic field, and the interference and obstruction of thermal motion and intermolecular interactions play a role similar to internal friction, converting the absorbed electric field energy into thermal energy, causing the temperature of the dielectric to rise accordingly. Function: It plays a role in promoting metabolism, blood circulation, cellular...

Non thermal effects: Other effects beyond thermal effects, such as electrical, magnetic, and chemical effects. Under the action of microwave electromagnetic fields, some molecules in the organism will undergo deformation and vibration, affecting the function of the cell membrane, causing changes in the electrical condition of the fluid inside and outside the cell membrane, leading to changes in biological effects and ultimately affecting 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 power...

Thermal coagulation therapy: After the human tissue absorbs microwave energy, the temperature increases, producing a thermal effect. The high-energy thermal effect causes the protein in the tissue to denature and coagulate, leading to irreversible necrosis, which has a tissue surgical effect.

Clinical application 1、The effect on inflammation 2、Effects on the nervous system 3、Effects on the respiratory system 4、Effects on the cardiovascular and cerebrovascular systems 5、The effects on the endocrine and immune systems 6、Effects on the digestive system 7、The effect on antibacterial and antican

Clinical application Effects on inflammation: After microwave radiation, tissue temperature increases, blood vessels dilate, blood flow accelerates, blood vessels and tissue permeability increase, thereby promoting the absorption of inflammatory exudate and accelerating tissue repair; The power of microwave radiation determines its antiinflammatory mechanism. Arthritis,gynecologicalinflammation, urologicalinflammation

Clinical application Effects on the nervous system: Low power, short-term microwave radiation can enhance brain excitation processes. Low power microwave radiation acting on peripheral nerves can increase the electrical excitability and bioelectricity of nerve muscles, promoting peripheral nerve regeneration.

Clinical application Effects on the respiratory system: Low power microwave radiation to the bronchi and lungs can slow down breathing, increase bronchial ventilation, and treat non-specific inflammation of the bronchi and lungs, which can reduce pulmonary artery pressure. Elevated pulmonary artery pressure is a major link in the development of the pathological mechanism of non-specific inflammatory diseases in the lungs. Microwave hyperthermia therapy is a therapy aimed at the pathogenesis. Acuteandchronicrhinitis,pharyngitis, laryngitis,bronchitis 呼吸系统疾病的微波治疗

Clinical application For the role of the cardiovascular and cerebrovascular system: Low doses can improve blood supply in coronary arteries and myocardial infarction. For the role of the digestive system: Low dose microwave can regulate gastrointestinal secretion and emptying function, slow down gastrointestinal peristalsis, and inhibit gastric acid secretion. For the role of the endocrine system: Low doses can promote the secretion of adrenal cortex hormones, as well as enhance thyroid and endocrine activity, while high doses have inhibitory effects. Effects on the reproductive system:...

Indications and departments Orthopedics Arthritis,shoulderperiarthritis, fracturehealing Surgery Surgicalincisionandwound healing Pentatology Facialneuritis,trigeminal neuralgia,pharyngitis gynaecology and obstetrics Cervicalerosion,pelvicinflammatory disease,adnexitis Rehabilitation department Lumbarmusclestrain,sprainand contusion,Achillestendonitis

Chief complaint:Painaroundtheright shoulderformorethanamonth,painonthe outersideofthescapulaandanteriorsideof thedeltoidmuscle,restrictedliftingoftheright armatanangleof80-90°,andrestrictedlifting oftherightarmposterior. Treatment effect:After7daysoftreatment,the painisrelieved,andsignificantmovementscan beperformedaroundtheshoulders,withalift angleofupto170degr

Microwavetreatmentfor shoulderperiarthritis Microwavetreatmentforlumbar musclestrai

Coagulationtherapy probe

Application Department Physiotherapy, Pediatrics, Respiratory and Digestive Medicine, Surgery Therapeutic probe Application Department Therapeutic probe