Core Technology: Amorphous Selenium Tungsten Target Digital Mammography Machine

Advantages include:

• Higher imaging accuracy compared to traditional molybdenum targets.
• Better penetration and lower radiation dose, improving diagnostic efficiency.
• Faster imaging speed, reducing patient discomfort.

This technology is at the forefront of breast disease screening and diagnosis.

Resolving Clinical Application Challenges:

• Patented medical robot technology has completed design and will soon finalize modeling, enabling full-range, multi-angle imaging. The mammary photography robot features diverse operational controls, significantly improving diagnostic quality and efficiency.
• Currently, no similar products exist in global or domestic markets, achieving unprecedented innovation.

Mammary Micro-Endoscope Clinical Applications:

• World’s thinnest endoscope with 0.4mm inner diameter sleeves.
• Dual-specification sleeves, 89mm working length.
• Reaches up to 5th-level mammary ducts.
  Resolves Three Major Challenges:
  ● Enables direct visualization of intraductal lesions (previously limited to indirect diagnosis), opening new pathways for diagnosis.
  ● Precise lesion localization, reducing surgical scope for most patients.
  ● Revises surgical indications for mammary diseases: avoids unnecessary surgeries (e.g., intraductal inflammation, hyperplasia), minimizes resection for benign lesions, and enables early detection/treatment of malignancies (e.g., breast-conserving cancer surgery).

Future Prospects:
With of micro-endoscopes, experts are exploring minimally invasive therapies (e.g., laser, electroresection) for intraductal lesions, reducing mastectomy rates—especially impactful for benign conditions. Paves the way for breast surgery to evolve toward minimally invasive and functional approaches.

. Mammary Duct Perfusion Intervention System

• Breast Pain → Caused by inflammation → Eliminates inflammatory response.
• Breast Lumps → Caused by secretion stagnation → Drains stagnant secretions.
• Nipple Discharge → Caused by inflammatory secretions → Eliminates inflammatory discharge.
• Chronic Inflammation → Reduces tissue damage and ER/PR expression, lowers mastitis risk.
• Duct Patency → Prevents/treats milk stasis.

Slide 11: Breast Laser Treatment Device

• Uses 1270 nm wavelength for deep penetration (up to 100mm) into breast tissue.
• Effectively treats breast inflammation and other related conditions.
• Non-invasive, pain-free procedure, promoting faster recovery.

Intraoperative Specimen Imaging System

• “SpecImaging” System: China’s only specimen imaging system equipped with amorphous selenium detectors.
• Production Progress: Tube in production; 60W low-power, 50kV high-voltage generator under development.
• Launch Timeline: 3 months to market.
• Efficiency: Captures intraoperative specimens in 1 minute (operating room ↔ pathology department)

Breast Herbal Vapor Therapy Device

• First-of-its-kind device designed for breast disease treatment using traditional Chinese medicine (TCM) principles.
• Fully automated and temperature-controlled to ensure consistent therapeutic effects.
• Infrared therapy integration to improve local blood circulation and enhance drug absorption.

Key Features:

• Customizable treatment programs tailored to individual needs.
• Ergonomic design for maximum patient comfort.
• Safe and efficient therapy for various breast conditions.

• Breast Multi-Point Treatment System
  • A breakthrough in breast cancer prevention and early intervention.
  • Designed to delay or halt the progression of ductal carcinoma in situ (DCIS) for up to 10 years.
  • Supports minimally invasive treatment approaches, preserving breast tissue.