What are the indications for new mammogram machine?
It is mainly used to treat mastitis, breast hyperplasia, breast atrophy and sagging. Long-term use can effectively prevent the occurrence of breast diseases.
COZING laser therapy is especially suitable for the following people:
① Women with symptoms such as breast inflammation and hyperplasia
(Breast tenderness, mastitis, breast hyperplasia, breast cysts, breast fibromas, breast lobular hyperplasia, nipple discharge, etc., especially for patients with long-term or recurring breast diseases, as well as patients with breast surgery wounds that are difficult to heal)
②Group at high risk of breast disease
(Especially women who have suffered from breast disease, women with breast disease in their serum, women who have had breast enlargement through surgery, drugs, etc., white-collar women with high work pressure, and those who wear corsets for a long time in order to have beautiful cleavage. Women, women with introverted personalities and depressed emotions, women with congenital breast dysplasia, etc.)
What's the technical parameter of the breast screening private?
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Model |
COZING-XS01 |
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Product Name |
breast screening private |
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Material |
Plastic |
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Product structure |
The product consists of a shell frame, a heat dissipation structure, a red light emitting module, a vibration massage module, a display module and a battery module |
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Quality Certification |
CE |
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Instrument classification |
Class II |
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Safety standard |
GB15979-2002 |
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Main performance |
The effective spectral wavelength range of the probe is 580 nm-645 nm. |
new mammogram machine Background:
①Female breast cancer has surpassed lung cancer to become the most commonly diagnosed type of cancer in the world, with 2.3 million confirmed cases worldwide[. That same year, 685,000 people died from breast cancer worldwide. Breast cancer can be detected early with a breast exam device, even before symptoms appear, when the tumor is small and can be controlled with less aggressive treatments. COZING Breast Laser Screening is currently the most reliable breast cancer screening tool with high sensitivity (77% to 95%) and specificity (94% to 97%) in detecting breast abnormalities. Other forms of breast cancer screening tests include ultrasound and MRI. However, breast laser screening is the only method that has been shown to reduce breast cancer deaths through early detection in a population-based screening setting.
② Breast laser detection and screening saves a lot of lives. European breast laser screening programs have shown a 25-30% reduction in breast cancer mortality in women aged 50 to 74 years. Webb et al conducted a prospective study of 7301 patients diagnosed with invasive breast cancer and found that seven out of 10 breast cancer deaths occurred in women who had never had breast examinations before diagnosis (65%) or had irregular breast examinations. among women who carry on. Screen at recommended intervals (6%). In another large study by Duffy et al. More than half a million women living in Sweden have found that laser breast screening reduces the incidence of advanced and fatal breast cancer. The study found that women who were screened were 41 percent less likely to die from breast cancer within 10 years than women who were not screened. Screeners had a 25% lower incidence of advanced breast cancer compared with those who were not screened. The impact of organized mammography on reducing fatal breast cancer is independent of advances in breast cancer treatment options.
③When 70% of the target population participates in breast laser examination, it is expected that the population-level breast cancer mortality rate will be significantly reduced after 7-10 years. According to European guidelines, 70-75% of eligible women should participate in screening. It is known that women of non-European ancestry have lower return rates from breast laser screening compared with Caucasians. Although high-income Asian countries such as South Korea, Japan, Taiwan, and Singapore established highly subsidized national breast laser screening programs in the early 2000s, breast laser screening penetration remains low. In 2015, South Korea had the highest participation rate among the three countries that organize breast laser screening, at 59.7%. In 2016, only 44.9% of targeted women in Japan had received breast laser examination within the past 2 years. In Taiwan, the biennial participation rate in 2014 was just under 40%. In a similar period (2015-2016), less than 40% of the target population in Singapore attended timely breast examinations according to current guidelines. Low screening rates and lower compliance with regular screening are a major public health issue in Singapore.
What is the function of a private breast examination?
①Health care:
The home-use model of Aieru is designed with two light-emitting probes, which is in line with the self-care of breasts on both sides of the human body. Adult women often use the large probe to massage their breasts during rest time at home and before going to bed, and use the small probe to illuminate Tianxi. acupoints and breast root acupoints to keep the blood vessels of the breasts active, which can effectively prevent mastitis and breast hyperplasia.
②Beautiful breasts:
Often use a large probe for local irradiation, and use a small probe to irradiate the Tianxi point and Rugen point, which can effectively prevent breast atrophy and sagging, increase breast elasticity, and keep the breasts firm; because red light has the effect of whitening and rejuvenating the skin, it can also Can make breasts more tender and white.
③Assisted self-examination
A large probe and a small probe are used to perform relatively squeezing local irradiation of the breast, and the principle of light penetration into the breast tissue is used to examine the breast with the naked eye. The diseased area will generally have varying degrees of shadows.
④Photon introduction
As an introduction medium for functional external products such as breast topical medication, breast enlargement, and beautification, it can enhance the absorption of drugs and nutrients and achieve better and faster curative effects. After application, use the light source probe to directly aim at the application site for illumination, and use the penetrability of red light to introduce active ingredients to increase the utilization rate and efficacy of external products.
What is the breast screening private working principle?
①The design principle of the breast red light examination and treatment device is based on the principle that human breast tissue has the ability to selectively absorb spectral radiation. It uses red light of a specific wavelength to transilluminate the breast tissue and display the internal structure of the breast in the form of light and dark images. In the eyes of the observer. The human breast is a soft tissue, mainly composed of glands, ducts, adipose tissue and connective tissue. It is wrapped by skin and contains blood vessels. Breast tissue and red blood vessels have obvious absorption effects on light. Breast tumor tissue, hyperplasia glands, and stromal tissue also affect the light permeability to varying degrees. Therefore, when red light is transilluminated, breast tissue can show different effects. Translucency.
② There are many blood vessels distributed in the breast. Breast tumors, especially malignant tumors, are often accompanied by angiogenesis, and the blood supply to the tumor site is also greater than that of the normal site. The main components of blood include red blood cells. Hemoglobin is the most important substance in red blood cells. Hemoglobin has obvious selective absorption of red light. When red light of a specific wavelength penetrates human tissue, the absorption value of hemoglobin and tumor cells is much greater than that of other tissues and cells. The tumor site appears as a black or dark gray shadow area under irradiation. This difference can be distinguished with the naked eye.
③ Compare the light transmittance and contrast between normal tissue and diseased tissue, and comprehensively analyze the shadows and changes in peripheral blood vessels to detect breast lesions. Patients can detect the precursors of breast lesions in time and go to the hospital for professional examination in time to obtain a clear diagnosis and treatment as early as possible. The red light used by the mammography red light therapy device can provide maximum contrast, allowing the most details inside the breast to be seen during the examination. After repeated scientific demonstrations and clinical trials, the light it emits is visible light and safe light. It can be used as much as possible without fear of any harmful consequences.
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