How it works

The science behind SwaKnee

SwaKnee applies a low-frequency pulsed electromagnetic field to the knee. Here is the proposed mechanism — described as a hypothesis grounded in the PEMF literature, not as a proven effect in every user.

Step by step

What the pulses are proposed to do

Each stage below reflects mechanisms described in scientific literature on PEMF. They explain the rationale for the device; they are not a guarantee of these effects for any individual.

A pulsed field reaches the joint
The applicator directs a low-frequency pulsed electromagnetic field across the knee. Because it is a field, it can reach the joint without penetrating the skin.
Cellular activity is stimulated
PEMF is proposed to influence cell-membrane activity and calcium signalling, which are involved in the body's normal tissue responses.
Local circulation is supported
The pulses are proposed to support blood flow around the joint, which carries oxygen and nutrients to the area.
Inflammation & discomfort are targeted
Through these pathways, PEMF is investigated as a way to help modulate local inflammation and discomfort — the outcome SwaKnee aims to support.

Why "proposed" and not "proven"

Mechanisms of action in biology are complex, and the same pathway can behave differently between people. We describe SwaKnee's mechanism as a well-motivated hypothesis drawn from the PEMF field, and we are evaluating the device clinically rather than assuming the result.

SwaKnee is not claimed to regenerate cartilage or reverse the underlying disease. Those would be strong claims that the current evidence does not support.

Non-invasive by design

There are no needles and no incisions. The field passes through clothing and skin to reach the joint, so sessions are simple and can fit into a normal daily routine under guidance.