How Microcurrents Differ From Other Popular Electrotherapies
Not all electrical therapies are created equal. Understanding the differences matters because expectations, outcomes, and appropriate use cases can vary widely.
Here is a high-level comparison of microcurrent vs TENS vs EMS and related modalities.
In short:
- Microcurrent vs MENS vs TENS vs EMS vs IFC is not about stronger or weaker
- It is about different biological goals.
- Microcurrent works with and enhances the body’s own cellular restoration processes.
- TENS and EMS impose a level of outside stimulation.
| Therapy Type | Current Range | Sensation | Primary Use Cases | Typical Settings |
|---|---|---|---|---|
| Microcurrent Therapy |
10 – 1,000 microamps (µA) Ultra-low protocols: 100 nanoamps (nA) to 3 milliamps (mA) |
None to very mild | Tissue repair, pain modulation, pancreatic cell therapy, aesthetics | Low intensity, longer duration |
| TENS Therapy | 0 – 100 milliamps (mA) | Tingling or buzzing | Pain relief | Moderate intensity, short sessions |
| MENS Therapy | 1 – 1,000 microamps (µA) | Low (sub-sensory / mild tingling) | Primarily used for pain relief and healing of soft tissues | Low intensity, medium duration |
| EMS / NMES | 0 – 140 milliamps (mA) | Strong contraction | Muscle strengthening, re-education | High intensity, targeted bursts |
| IFC Therapy | 0 – 70–100 milliamps (mA) | Deep stimulation | Pain and inflammation | Medium to high intensity |
