Applied Biophysics
Applied biophysics explores the relationship between physical phenomena and biological systems. At RAIKO Center, we use this as a framework for understanding technologies that involve physical inputs such as electrical microcurrent, light and other forms of energy. We examine how these technologies work, their proposed mechanisms, the quality of available evidence, their limitations, and principles for responsible use.
Technology Education
Explore how different biophysical technologies work, what they are designed to do, what manufacturers claim, what research currently suggests, and where evidence remains uncertain — alongside practical considerations for informed and responsible use.
Frequency Specific Microcurrent (FSM)
FSM combines very low-level electrical current, measured in microamps, with pairs of frequencies delivered simultaneously through two independent channels. Within the FSM model, one frequency is selected in relation to a proposed tissue or structure, while the other is selected in relation to a proposed condition or process. The current is delivered through conductive contacts placed on the body, creating a pathway through the area being explored. FSM therefore differs from general microcurrent not simply in the amount of current used, but in the specific pairing and application of frequencies.
Alpha-Stim
Alpha-Stim is a family of non-invasive electrotherapy devices that use low-level electrical current. The Alpha-Stim AID uses Cranial Electrotherapy Stimulation (CES), delivered through earclip electrodes, while the Alpha-Stim M combines CES with Microcurrent Electrical Therapy (MET), which can also be applied to areas of the body using probes or electrodes. The two devices therefore allow exploration of both cranial and body-applied forms of low-level electrical stimulation.
Viofor Clinic
PEMF, Magnet & R+IR LED Light
Viofor Clinic combines pulsed electromagnetic field (PEMF) technology with a range of applicators for whole-body and targeted use. At RAIKO, this includes PEMF mats and magnetic applicators, together with large-area and focused R+IR LED applicators using red (630 nm) and infrared (855 nm) light. This allows magnetic fields and light to be explored independently or, with compatible applicators, simultaneously as a combined biophysical application.
iCare
App-Based PEMF
iCare is a portable PEMF system that uses an app-controlled device together with a magnetic pad to deliver low-intensity pulsed electromagnetic fields. The app allows different frequencies and programs to be selected, making the system suitable for exploring frequency-based applications in a compact format that can also be used at home.
TimeWaver Frequency
Microcurrent Applications
TimeWaver Frequency is a programmable microcurrent system that combines very low-level electrical currents with selectable frequency applications. It provides multiple forms of microcurrent delivery and can also be used with Frequency Specific Microcurrent (FSM) programs, allowing frequency pairs and current parameters to be selected for different applications.
Żenni Method
Diadynamic (Bernard) Currents
It combines established forms of low-frequency electrical current with a distinctive system of electrode placement developed by Viktor Żenni. At RAIKO, the method is presented as a specific approach to electrical stimulation