EKSO High-frequency Hyperthermia

Deep heat above 42 °C warms the tumor site to raise the effect of radiation and chemotherapy. One to three times a week; twelve sessions make a cycle.

How It Works

Deep Heat Delivery

Deep heat above 42 °C is delivered to the tumor site, changing the environment around the cancer cells.

Combined for Greater Treatment Effect

Used with radiation or chemotherapy to help raise treatment effect.

Immune Activation and Pain Management

Warming stimulation aids immune activation and pain management.

Recommended For

If the concerns below sound familiar, this treatment can help.

Wondering whether it fits your case? Check quickly with an AI consultation.

For Those Who Want Better Standard Treatment Results I am on radiation and chemo and want better results.

For Those Worried About Side Effects I want safe management with fewer treatment side effects.

For Those Who Want to Raise Their Immunity I want to recover the immunity and stamina lost during treatment.

Why Choose This

See the change this treatment brings.

Inducing Cancer Cell Death

Heat above 42 °C denatures cancer cell proteins to change the tumor microenvironment, while the rise in body temperature promotes NK cell activity.

Boosting Standard Treatment

Combined with radiation or chemotherapy, drug penetration and treatment effect rise while side effects tend to be fewer.

Compared with Radiation Alone

Combined, It Drops Further

At the same radiation dose, adding hyperthermia lowers cancer cell survival further. Survival was lowest when hyperthermia was given first and radiation followed.

Clinical Evidence

A paper reporting a treatment that uses thermal and non-thermal effects together to heat only cancer cells selectively, leaving healthy cells unaffected. It is applied mainly to advanced malignant tumors that have not responded to standard treatment.

Cancers 2023;15:4569. Sun-Young Lee et al.

Is This Right for You?

Your skin calls for a design of its own.

A consultation will tell you quickly.