BREAST LESION LOCALIZATION METHODS MARKET ANALYSIS

Breast Lesion Localization Methods MarketSize and Trends

Global breast lesion localization methods market size is projected to reach US$ 622.7 Mn by 2030 from an estimated US$ 378.2 Mn in 2023, exhibiting a compound annual growth rate (CAGR) of 7.4%.

Global Breast Lesion Localization Methods Market- Trends

• Adoption of radiofrequency identification (RFID) technology: Adoption of radiofrequency identification (RFID) technology is significantly influencing the breast lesion localization methods market. RFID allows for real-time, wireless tracking of RFID tags or sensors placed within the breast during pre-surgery localization procedures. This provides surgeons with continuous and accurate information on the precise location of lesions during breast cancer excision surgery. RFID technology offers several advantages over traditional wire or seed-based localization methods. Wire-based localization requires inserting a wire puncture into the breast to mark the location, which can shift before or during surgery and cause inaccurate localization. RFID eliminates the risk of wire displacement. It also enables surgeons to locate the lesion intraoperative from a distance without needing direct skin contact as with wires or seeds. This improves ergonomics during surgery and reduces operation time. This trend towards advanced radiofrequency technologies for accurate and real-time localization is expected to positively influence growth in the overall market.
• Integration of imaging capabilities with localization: The integration of imaging capabilities with localization methods is significantly impacting the global breast lesion localization methods market. Techniques such as stereotactic guided biopsy that combines digital mammography or ultrasound imaging with computer assistance for precise needle placement in the breast has seen rising demand. This allows real-time ultrasound imaging to help navigate the needle to the targeted lesion. It provides surgeons clear views of the breast tissue and lesions for accurate sampling with minimally invasive procedures. Similarly, magnetic resonance (MR)-guided breast biopsy is gaining popularity. MR technology produces high-quality images of breast tissue and helps to differentiate between benign and malignant lesions. Combining MR imaging with vacuum-assisted biopsy devices enables surgeons to visualize small lesions and collect multiple tissue samples under direct visualization. MR's ability to visualize lesion morphology and assess the extent of disease has made it a valuable tool in breast cancer diagnosis and staging. Many healthcare providers are well equipped with MR-guided breast biopsy suites in their facilities. The ongoing integration of high-resolution breast imaging with minimally invasive lesion localization techniques will likely transform patient management and drive heightened demand in this market space.
• Growth in number of ambulatory surgical centers: Rising number of ambulatory surgical centers in the U.S. is having a significant impact on the global breast lesion localization methods market. Ambulatory surgical centers, also known as outpatient surgery centers or same-day surgery centers, allow surgical procedures to be performed without an overnight hospital stay. Patients go home the same day they have their procedure. The popularity of ambulatory surgical centers has been growing steadily in recent years as they provide many advantages over traditional hospital-based outpatient surgery. For patients, ambulatory surgical centers offer a more convenient experience as compared to hospitals as they avoid long waits, paperwork and billing issues that are associated with hospitals. This makes the surgical process much more efficient and less stressful. From a financial perspective, procedures performed at ambulatory surgical centers tend to cost insurers and patients less money as compared to the same procedures done at hospital outpatient departments. This shift in where procedures are being performed is driving growth of alternative localization methods that align well with the workflow and capabilities that are available in ambulatory surgical centers versus traditional hospital settings.