Electrical muscle stimulation.

Closely related. TENS focuses on pain modulation through nerve stim; EMS is calibrated to actually contract muscle. We use both depending on the goal.

No. The intensity is set to a comfortable tingle. We adjust upward only if it stays comfortable for you.

Sometimes mildly, like after a workout. That's a sign the muscle did real work.

Sometimes covered when paired with chiropractic. HSA/FSA accepted. Payment options →

The most common uses for electrical muscle stimulation in our office include stubborn lower-back pain, post-injury muscle inhibition, post-surgical re-engagement of muscles that have stopped firing, trigger-point release, and circulation support inside the neuropathy program. Many patients also use EMS therapy after long-haul travel or hard training to flush legs and shoulders. Studies suggest electrical muscle stimulation may help support recovery, pain modulation, and motor unit recruitment when used consistently as part of a structured care plan.

No. The sensation patients describe most often is a pleasant, rhythmic tingling that builds into a gentle muscle pull as we increase the intensity. We start low and only dial up to whatever stays comfortable for you. If the area is sensitive (for instance, in early-stage neuropathy or post-surgical scar tissue), we drop the amplitude and the pulse width to a setting your tissue tolerates well. Many patients report that the area being treated actually feels lighter and looser as soon as the EMS pads come off.

This is one of the most common questions we get. TENS (transcutaneous electrical nerve stimulation) is calibrated specifically for pain modulation — it stimulates sensory nerves to gate the pain signal, which is why over-the-counter TENS pads exist for home use. Electrical muscle stimulation, by contrast, is calibrated to actually contract the muscle. The waveform, frequency, and pulse duration are different. In our office we use both depending on whether the goal is pain relief, muscle re-engagement, circulation, or rehab — and we'll often layer them in the same visit. Clinical EMS therapy uses a wider range of waveforms than any home unit can deliver, which is part of why the in-office result tends to be more pronounced.

Electrical muscle stimulation can recruit a muscle and improve neuromuscular control, but it isn't a replacement for resistance training. Where EMS therapy genuinely shines is reactivating muscles that have shut down — after a sprain, a surgery, or an episode of severe back pain — so you can return to normal movement faster. Many patients use EMS as a bridge that lets them get back to the gym, walking, or daily activity sooner than they would otherwise.

Electrical muscle stimulation isn't appropriate for patients with implanted cardiac pacemakers or other implanted electrical devices, over open wounds, over malignancy, in early pregnancy near the abdomen, or directly over the carotid sinus in the neck. We screen for contraindications during your evaluation. If EMS therapy isn't right for you, we'll route you to laser, decompression, or a different therapy that fits your case.

Many patients notice a difference inside the first electrical muscle stimulation session — a localized loosening, a drop in pain, or a "wake-up" feeling in a muscle that had gone quiet. Cumulative effects build over multiple visits, especially when EMS therapy is paired with chiropractic adjustments, decompression, or laser. Dr. Banman maps the cadence based on your goals during the initial exam.