Compex EMS Muscle Stimulators 2.0 Now With TENS
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Special Price $459.99 Regular Price $599.99On Sale 23% Off Save $140.00(50) ReviewsFree ShippingFDA 510(k) cleared wireless muscle stim device designed to give maximum mobility while utilizing each of the 10 Compex programs. The programs can help enhance your performance, speed up recovery, and even manage pain with TENS.
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TENS UNITS / TENS HEAT WRAPS
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Special Price $79.99 Regular Price $179.99On Sale 56% Off Save $100.00(6) ReviewsFDA 510(k) cleared heated knee wrap that’s compatible with the Compex TENS/Heat Unit Device to help relieve pain.
Also Available for Back - Learn More -
Special Price $79.99 Regular Price $179.99On Sale 56% Off Save $100.00(16) ReviewsFDA 510(k) cleared heated back wrap that’s compatible with Compex TENS/Heat Unit to help relieve pain.
Also Available for Knee - Learn More
WHAT IS TENS?
Transcutaneous Electrical Nerve Stimulation (TENS) is the use of electrical pulses to stimulate the sensory nerves of the body and help provide pain relief. Part of a pain management program, TENS can be found in physical therapy offices, athletic training rooms, and portable devices used at home.Benefits of TENS*
- Temporary Relief of Pain
- Increased Circulation and Healing
- Symptomatic Relief and Management of chronic pain
- Relief of pain associated with Arthritis
HOW IS TENS DIFFERENT FROM EMS?
TENS is designed to target sensory nerves. Typically, sensory nerves receive a signal that they relay to the brain, the brain then decides if the stimulus is painful, soft, warm, etc. When using a TENS program the goal is to alleviate pain by either inducing an endorphin release (Low Frequency TENS programs) or to block the pain signals to the brain through the Gate Theory (High Frequency TENS programs).EMS (Electrical muscle stimulation) is often confused with TENS (Transcutaneous Electrical Nerve Stimulation), a common modality used in physical therapy offices. Compex EMS provides an electrical current at a specifically designed frequency to target motor nerves. These nerves activate the muscle to contract based on the amount of resistance applied through the device. The brain goes through a similar process when actual weights are lifted.