It has displaced breast cancer as the most prevalent cancer diagnosed. One in eight cancer diagnoses currently worldwide are breast cancer cases and 4.5 million other new instances overall, across both sexes. It was without a doubt the most devastated cancer in women, accounting for a quarter of all occurrences. Women’s cancer is frequently diagnosed in a given year, and its prevalence has been rising worldwide, especially in the developing world. This paper is gives a current view of a diagnostic treatment for breast cancer, which introduces a new microtechnology-based sensor made to measure breast tissue properties, which is quite more portable cum disposable. The microsensor consists of electrical and force sensors with a micro heater. These are totally developed and constructed through 3-D printing and further fabricated through the same process, which is about 9 mm in diameter. The biochip to be fabricate with high thermal conductivity, mechanical stiffness, and electrical resistivity. The existing biochip endures through the other form to relatively compare the properties technically dealt with the tissues of the breast. This paper may lead to the improvement of diagnosis and the treatment of breast cancer. © 2023 Elsevier B.V., All rights reserved.