Well-known experts in the community discussing doctors have mentioned that the disease can change so much. Group G cases of breast calcifications refer to calcifications within the breast parenchyma, with uniform density convergence of needle-like clusters, small branched or sediment sample calcifications. In what is clinically called occult breast cancer, at least 50 to 60 cases are diagnosed solely by calcification, with simple calcification most likely indicating ductal carcinoma in situ (DCIS) and DCIS associated with infiltration [l5]. As reported in literature, 90% of DCIS cases are found through X-ray screening, showing only breast calcification [6]. This manifestation is now understood as central irregular necrosis caused by calcium salt deposition within ducts or tumor cells forming various shaped calcifications visible on X-rays. With the continuous update and improvement of high-frequency breast mammography X-ray equipment and technology, the imaging rate of intraductal calcifications located in lesions has gradually increased in clinical non-palpable breast B-negative ductal carcinoma in situ histological sections. In stereotactic mammography photographs, local excision of lesions can be achieved, reducing the extent of surgery, shortening operative time, allowing patients to heal faster, and reaching the radical purpose of NSL adenocarcinoma. After breast-conserving surgery, upper limb dysfunction, 10 years cattle deposit rate, clinical application can be used for breast examination, early diagnosis and treatment of breast cancer, greatly reducing the cost and duration of treatment for patients. In summary, breast high-frequency molybdenum target X-ray examination is easy to operate, painless for the patient, non-invasive, provides clear images, has a small radiation dose, and is highly sensitive in detecting small calcifications, enabling early detection of breast cancer and can be widely promoted in clinical practice.