Breast Cancer Detection Device - Cozing Laser - Cold Laser & Light Therapy Devices Manufacturer

What is the COZING-XS01 female breast light screening device detectable diseases ?

①Breast hyperplasia

②breast fibroadenoma

③acute/chronic mastitis

④ breast cancer ect.

What’s the technical parameter of the Breast cancer detection device?

Model	COZING-XS01
Product Name	Breast cancer detection device
Power Source	Electric
Material	Plastic
Shelf Life	1years
Quality Certification	CE
Instrument classification	Class II
Safety standard	GB15979-2002
Application	Female brease self-examination at home

What is the Breast cancer detection device advantages?

①Check breast situation at any where

②Checked results is quickly and can be see directly.

③No irradiation,no damage to the breast.

④Infrared red light,easy to self check.

What is the Breast cancer detection device working principle?

The red light can be absorbed by hemolgbin in blood vessels and the angiogenesis .Phenomenon of Abnormal cells proliferation it relies on the red light irradiation topenetrate most of the skin and help userclearly see the blood vessels within thebreast,the boundary distribution of vas withinthe breast and the depth of shadow,therebyperforming breast self inspection.

The Breast cancer detection device acutual clinical case :

XS01 381

How to use the Breast cancer detection device ?

①Closely attach to the skin when using the scanner

②Recommended operating direction

③Close to the skin brightly

④Did not attach to the skin

The Breast cancer detection device tips:

①.DON`T use the scanner. When breast injury or breast skin is injured.

②.DON`T use the scanner when you are allergic to the plastic products.

③ The examine results will be difference according to the various body , please compare the results with yourself.

④Please inspect once a month, each time within 7 to 10 days after the EMMENIA.

What is the breast cancer symptoms?

In its early stages, breast cancer usually has no symptoms. As a tumor grows, you may notice these signs:

①. Lump in your breast or underarm.

A lump in your breast or underarm that doesn’t go away after your period. This is often the first symptom of breast cancer. Lumps associated with breast cancer are usually painless, although some may cause a prickly sensation. Lumps are usually visible on a mammogram long before you can see or feel them.

②Swelling in the armpit, collarbone, or breast.

Swelling in your armpit or collarbone could mean breast cancer has spread to lymph nodes in that area. This swelling may come before you feel a lump, so let your doctor know if you notice it. Swelling in your breast might signal an aggressive type of cancer called inflammatory breast cancer.

③Pain or tenderness in your breast.

Although lumps are usually painless, pain or tenderness can be a sign of breast cancer.

④ A flat or indented area on your breast.

This could be a tumor that you can’t see or feel.

⑤Breast changes.

You might notice a difference in the size, contour, texture, or temperature of your breast.

FAQ

Q1: How does the breast cancer detection device work?

A1: The specific working mechanism of a breast cancer detection device can vary based on the technology it employs. Here are explanations for two common methods:

Mammography:

X-ray Imaging: Mammography is a widely used method for breast cancer screening. It involves taking X-ray images of the breast tissue.

Tumor Detection: X-rays pass through the breast, and the amount of radiation that passes through different tissues is detected. Denser tissues, like tumors, appear as white areas on the X-ray images.

Digital Mammography: In digital mammography, images are recorded electronically, allowing for better storage, retrieval, and transmission.

Breast Imaging Technologies (e.g., 3D Mammography or Tomosynthesis):

Three-Dimensional Views: Some devices use advanced technologies like tomosynthesis to create three-dimensional images of the breast tissue.

Improved Detection: Tomosynthesis provides a clearer view of the breast tissue layer by layer, making it easier to detect abnormalities and reducing overlapping tissue interference.

It’s important to note that newer technologies, such as molecular breast imaging and automated whole-breast ultrasound, are also emerging, offering additional options for breast cancer detection.

Each technology has its advantages and limitations, and the choice of a particular method often depends on factors such as patient age, breast density, and the presence of other risk factors. Regular screenings and early detection are crucial for improving breast cancer outcomes. It’s recommended to consult with healthcare professionals to determine the most suitable screening method based on individual circumstances.