Tumor Hyperthermia System

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.

A medical device utilizing hyperthermia technology for therapeutic applications. The system is designed to deliver controlled heat treatment to targeted tissue areas. Used in clinical settings for oncology and other therapeutic indications.

Thermal therapy devices for cancer treatment and medical applications. Manufactured under ISO 13485 certification with full development and production support.

Temperature management system for therapeutic hypothermia and hyperthermia applications. Used in various clinical settings for temperature regulation during medical procedures.

EHY-2030 is a loco-regional modulated electro-hyperthermia (mEHT) system for selective tumor heating in cancer treatment. The device delivers targeted thermal energy to malignant cells while preserving surrounding healthy tissue, used as a supportive and complementary oncological therapy. It operates on principles of selective cell heating to induce apoptosis in cancer tissue.

Hyperthermia devices for thermal cancer treatment. Generates controlled heat to tumor sites as part of therapeutic protocols.

Temperature management system for patient therapeutic hypothermia and hyperthermia treatment. Provides precise temperature regulation for critical care, perioperative, and emergency clinical settings. Features automated temperature control and patient safety monitoring.

A noninvasive electromagnetic whole body hyperthermia system designed to improve microcirculation and enhance immune function. This device uses electromagnetic technology for therapeutic heating applications in clinical settings.

Modulated electro-hyperthermia device for oncological treatment that selectively heats malignant cells while concentrating energy in tumor tissue to induce apoptosis. Operates as a supportive and complementary cancer treatment method based on hyperthermia principles with enhanced targeting precision.

Patient warming system designed to maintain normothermia during surgical and clinical procedures. Utilizes carbon fiber heating technology with surface and infusion warming capabilities, wireless temperature sensors for core body monitoring, and continuous temperature transmission to maintain patient body temperature within therapeutic ranges.

Patient temperature management system for therapeutic hypothermia and normothermia maintenance in critical care settings. Utilizes conductive, convective, and radiant heating and cooling methods to regulate core body temperature during post-cardiac arrest, stroke, and perioperative procedures. Enables precise temperature control to improve patient outcomes and reduce neurological injury.