What is EMS, exactly?
Electric Muscle Stimulation
Science meets results – the power behind EMS technology
Every time you move, your brain sends tiny electrical signals through the nervous system, telling your muscles to contract. EMS (Electrical Muscle Stimulation) technology simply enhances this natural process by sending controlled impulses directly to your muscles, making them contract as they would during physical activity—but more efficiently.
EMS has been backed by decades of scientific research and clinical development. Originally used in rehabilitation, therapy, and cosmetology, different types of electrical waveforms—known as voltaic currents—have been shown to stimulate muscle growth, improve connective tissue, and even support circulation and recovery when applied properly.
The concept goes back as far as 1791, when Luigi Galvani first experimented with electrical stimulation. Since then, EMS has evolved into a powerful training method recognized by health authorities like the U.S. FDA as a legitimate form of muscle conditioning.
At E-Fit, we’ve taken this proven technology and perfected it for modern, full-body use. Our system includes a comfortable, breathable training suit with 10 electrode pairs, paired with intelligent voltage and frequency control to ensure safe, effective, and personalized sessions. The suit moves with you, keeping the electrodes precisely in place for optimal results and maximum freedom.
Want to be healthy, sporty, fit, athletic and tight?
The solution is here: a 20-minute personalisedE-Fit training twice a week!
IST+ Technology
Smarter Stimulation, Superior Results
At E-Fit, innovation never stops. Over the past 7 years, we’ve continuously measured, refined, and developed patented technologies to push the boundaries of EMS training. Now, we’re proud to present our latest breakthrough: IST+ Technology.
IST+ takes training to the next level—making sessions not only safer, more efficient, and more comfortable, but also more sustainable over time, thanks to its multi-level modulation system.
During long-term EMS usage, we observed that muscles tend to adapt to consistent stimulation, leading to a gradual decline in effectiveness. IST+ solves this with a randomized wave effect during contractions. This advanced technique prevents muscular adaptation while improving stimulation efficiency—with less current load required.
But IST+ is more than just randomized timing between channels. It’s a next-generation power control system that dynamically modulates impulses within each contraction phase, delivering unmatched performance and long-term results.
