The power of induction: how HI-FEM technology is advancing modern therapy

Magnetic stimulation has rapidly evolved from a niche modality into a clinically powerful tool across Sports Medicine, MSK, neurorehabilitation and pelvic health. In this session, physiotherapist Matthew Dale explores how high-intensity focused electromagnetic (HI-FEM) technology can be integrated safely and effectively into modern rehabilitation pathways.
Covering cortical neuromodulation (TMS/EXOMIND), peripheral stimulation (Super Inductive System), and deep pelvic floor activation (Emsella), Matthew demonstrates how induction-based therapies support pain modulation, tone management, muscle activation and neuroplasticity.
This practical, evidence-informed session includes live demonstrations showing how HI-FEM can enhance, accelerate and complement contemporary clinical practice.

Learning outcomes:

1. Understand the core principles of high-intensity magnetic induction (HI-FEM)

Participants will understand how rapidly changing magnetic fields induce electrical currents in neural and musculoskeletal tissues, and how this differs from electrical stimulation and PEMF.

2. Recognise the clinical applications across cortical, peripheral and pelvic neuromodulation

Participants will be able to identify when EXOMIND (TMS), SIS (peripheral magnetic stimulation) and Emsella (pelvic floor activation) may complement rehabilitation.

3. Apply appropriate clinical reasoning for integrating magnetic stimulation into MSK, neuro and pelvic health pathways

Participants will understand where HI-FEM fits within acute, subacute and long-term rehabilitation planning.

4. Observe live demonstrations and understand safe, effective treatment setup

Participants will learn safe positioning, dosing considerations and practical treatment parameters for EXOMIND, SIS and Emsella.