Product Features
- The isolated temperature-sensing module enables stable, accurate, and non-contact temperature monitoring, reducing the risk of healthcare-associated infections.
- The embedded heating module enables precise heating while providing protection against thermal injury.
- The integrated filtration module combines filtration and fluid collection in a single unit.
Treatment Principles
- Hyperthermic Tumor Cell Killing
Heating the perfusate, such as normal saline or chemotherapeutic agents, helps destroy tumor cells.
Continuous perfusion helps flush away free cancer cells and micrometastatic lesions.
Hyperthermia enhances the penetration and molecular activity of anticancer drugs.
The circulation system enables targeted delivery of chemotherapeutic agents to the heated perfusion area.
- Catheter Placement Methods
Minimally invasive laparoscopic catheter placement, surgical catheter placement, and ultrasound-guided catheter placement.
Treatment Modes
Radical surgery combined with HIPEC. It is suitable for postoperative patients at high risk of peritoneal metastasis and is intended to help prevent peritoneal recurrence or metastasis.
Cytoreductive surgery combined with HIPEC. It is suitable for patients with peritoneal malignancies who have achieved satisfactory cytoreduction, with no visible tumor or residual tumor nodules smaller than 0.25 cm.
Cytoreductive surgery combined with HIPEC. It is suitable for patients with extensive intraperitoneal metastases or massive ascites. It helps remove or reduce peritoneal tumor nodules and manage malignant ascites. When combined with effective systemic therapy, tumor reduction may make subsequent curative treatment possible.
Systemic therapy combined with HIPEC. It is suitable for patients whose condition has progressed after systemic chemotherapy and who present with ascites. This approach helps control disease progression and reduce or eliminate ascites, with significant therapeutic benefits.