Microwave ablation is a recent development in the field of hyperthermia, using image-guided ablation. The antenna is introduced into the tumor tissue, and the microwave is transmitted to the tumor tissue through the ablation antenna. Dipole molecules and proteins in the local tissue surrounding the radiating end of the antenna polar side chains of mass oscillate at extremely high frequencies, causing local intense heat to pass through heat coagulation causes nucleus and chromatin coagulation, protein coagulation and cell chromosome abnormality induced cell death.

• Hardware real-time detection system: Hardware faults such as solid-state sources, circulating pumps, and needles are detected.
• Solid-state source accuracy: Stable output of microwave (5%), accurate and controllable.
• Intelligent work system: Temperature control at the ablation border with intelligent start/stop.
• Real-time monitoring: Full monitoring of side temperature and melted time during operation.
• Advanced water-cooled system: Prevent skin burns and ensure surgical safety.

Our products include high-end medical devices (fluorescence imaging series), fluorescence contrast agent drugs (ICG, targeted series), and core components (CMOS camera modules, endoscopes), providing full-chain solutions used in more than 500 large hospitals.

Holding 131 core invention patents and 7 US invention patents, we have undertaken national and provincial key research projects in the field of molecular fluorescence.