Electro-Capacitive Cancer Therapy is a non-invasive, wearable treatment that uses precisely tuned electric fields to disrupt cancer cell growth without harming healthy tissue. Designed for patient-specific customization using medical history, imaging, tumor mapping, and body measurements.
Electro-Capacitive Cancer Therapy (ECCT) is a non-invasive, wearable, home-based cancer treatment that uses precisely tuned low-intensity electric fields to disrupt tumor cell growth without harming healthy tissue.Each ECCT setup is customized using the patient’s medical history, imaging, disease location, and body measurements so the therapy can be aligned to the targeted area as accurately as possible.
ECCT is designed to support personalized cancer care through a medical-grade wearable system that can be configured for different anatomical regions, including brain, thorax, abdomen, and extensive body-area coverage depending on the case requirements.
ECCT uses low-intensity oscillating electric fields designed to interfere with cancer cell activity in the mapped treatment area.
The ECCT system is built for continuous daily use through customized wearable configurations that fit the patient’s body and treatment area.
The therapy is designed to target tumor growth without surgery, chemicals, or radiation-based tissue damage.
Each setup is customized using diagnosis, scans, disease mapping, and body measurements to match the patient’s specific condition.
ECCT uses a non-invasive, wearable electric-field system designed to target the mapped tumor region, interfere with cancer cell activity, and support continuous treatment through a personalized home-based setup.
The treatment area is identified using medical history, imaging, tumor location, and body measurements to select the most appropriate ECCT wearable configuration.
The ECCT system generates low-intensity oscillating electric fields that are directed to the mapped body region through a customized wearable setup.
These tuned electric fields are designed to interfere with malignant cell behavior and disrupt the structural processes involved in continued tumor-cell division.
Because ECCT is wearable and non-invasive, therapy can continue through daily use at home, supporting consistent treatment delivery over time.
A treatment philosophy built around the patient — comfortable, dignified, evidence-based, and human.
No surgery, no injections, no incisions. Just a comfortable wearable device.
Uses low-intensity electric fields — no ionizing radiation or harmful exposure.
Each device is custom-calibrated to your tumor type, location, and treatment plan.
Receive therapy in the comfort of your home — no hospital admission required.
Activates the body's natural defenses — supports immunity instead of suppressing it.
Lightweight, breathable garments designed for all-day wear — even during sleep.
No drugs, no chemicals, no toxic side-effects to manage during or after therapy.
Available worldwide with remote monitoring and dedicated patient support teams.
ECCT therapy has been studied and applied across more than 20 cancer types — each with a custom-tuned treatment protocol.
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A complete family of ECCT instruments — therapeutic wearables, the smart control unit that powers them, and a precision detector to verify every session.
Engineered for brain tumors and neuro-oncology applications, the ECCT Helmet delivers precisely targeted electric fields to the cranial region while remaining comfortable for extended wear, even during sleep.
ECCT treatment involves wearing a specially designed device embedded with capacitance electrodes that deliver low-intensity electric fields directly to the tumor site. Each treatment session typically lasts between 5 and 15 minutes and is usually performed twice a day. As patients become accustomed to the device, the duration of each session can gradually be increased to 2–3 hours.
Using low-voltage electric fields, ECCT is designed to be safe for daily use. The therapy is completely non-invasive, comfortable to wear, and does not cause pain, discomfort, or harm to healthy tissues.
Every ECCT journey begins with case submission, medical review, disease mapping, and a personalized wearable-treatment plan based on the patient's cancer profile, imaging, and body measurements.
We review the patient's cancer profile, current disease status, available imaging, lab work, prior medical history, and body measurements to determine the most suitable ECCT configuration and personalized protocol.
After review and consultation, the ECCT kit and treatment plan are customized for the patient, prepared for dispatch, and shared with the family step by step before the treatment journey begins.
ECCT uses a personalized wearable system in which the treatment components are selected according to the patient’s cancer location, mapped body region, imaging findings, and body measurements.
Depending on the case, ECCT may use head, thorax, abdomen, or extensive-coverage wearable models so the electric field can be delivered to the intended anatomical area through a non-invasive, home-based setup.
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How the Wearable Setup Is Selected
The ECCT configuration is not one-size-fits-all. The wearable model is chosen based on the cancer site, treatment coverage required, patient measurements, and imaging-based mapping of the disease.
Used for cases requiring brain-region coverage, with different configurations for whole-brain or focused-area support.
Used for treatment areas involving the chest, lungs, liver, spine, abdomen, and related regional coverage.
Used when wider body-area coverage is needed, including solutions designed for larger treatment zones below the head and neck.
The wearable setup is connected to the ECCT control unit, which delivers the tuned low-intensity electric field through the selected configuration.
ECCT
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