Microwave Ablation System (Oncology)

Therapeutic ultrasound system designed for cancer treatment and ablation procedures.

A system for planning and delivery of radiation therapy in cancer treatment applications.

Microwave ablation system with ultrasound guidance for precise thermal tissue destruction in oncology and interventional procedures.

Microwave ablation system with magnetic resonance navigation compatibility for precise thermal tumor destruction. Enables real-time imaging guidance during minimally invasive ablation procedures in oncology and hepatic applications. Combines microwave energy delivery with MRI-compatible instrumentation for enhanced procedural accuracy and patient safety.

A therapeutic device that uses targeted microwave energy to heat and destroy diseased tissue, primarily applied in oncology as a complementary treatment to improve the effectiveness of radiation or chemotherapy. The system provides controlled thermal ablation for cancer treatment applications.

MRI-compatible microwave ablation needle designed for minimally invasive thermal ablation procedures. The needle delivers microwave energy to target tissue while maintaining compatibility with MR imaging guidance, enabling real-time visualization during treatment. Suitable for oncology applications including tumor ablation in liver, lung, and other organs.

A next-generation pulsed electric field ablation technology platform for tumor treatment and minimally invasive interventional procedures. The system has received market approval and represents the company's core innovation in oncology applications.

Thermal energy delivery system for controlled tissue destruction in minimally invasive procedures. Supports various clinical applications including oncology treatments.

Microwave energy delivery system for thermal ablation of tumors and tissue lesions in minimally invasive interventional procedures.

An innovative medical device that combines tumor ablation therapy, immunotherapy, and biomedical thermal physics technologies for minimally invasive cancer treatment. The system has received approval from China's regulatory authority and has completed multi-center clinical trials for tumor treatment applications. It represents a breakthrough in thermal physics-based immunotherapy for oncology with over 200 international scientific publications and patents supporting its development.