Supercharge your fitness with the power of NuroKor Technology

NuroKor’s hybrid stimulation devices are engineered to to maximize performance and accelerate recovery—driven by science, designed for you..

How NuroKor Technology Enhances Your Fitness

Explore the key benefits of using NuroKor Technology in training and rehabilitation. This new generation of hybrid stimulation devices leverages advanced electrical stimulation research to enhance and improve traditional training and recovery methods.

Multi-frequency muscle stimulation (NMS) for stronger & more comfortable muscle contractions.

Patented microcurrent (MCS) to speed up recovery and reduce soreness (DOMS).

Unique Dualwave technology to improve rehab from injury or pain.

How NuroKor Technology Enhances Your Fitness

Multi-frequency muscle stimulation (NMS) for stronger & more comfortable muscle contractions.

Patented microcurrent (MCS) to speed up recovery and reduce soreness (DOMS).

Unique Dualwave technology to improve rehab from injury or pain.

Enhancing Strength and Muscle Activation

Electrical stimulation can be a powerful addition to your training routine, since Neuromuscular Stimulation (NMS) activates muscle fibers that may not fully engage during regular training.

Shown to improve strength by increasing neural drive, intramuscular coordination, and muscle hypertrophy.

How To Use

Part of an Active Warm-Up

NMS helps activate and strengthen muscle groups before advancing to more complex movements, especially for those recovering from injury or with bilateral imbalances. NMS helps activate and strengthen muscle groups

Stand-Alone NMS After Training

Incorporate as an intensity technique to really target strength and volume mediated hypertrophy. Neural adaptation peaks around 4 weeks, while muscle fiber adaptation occurs between 6 to 8 weeks.

Reduce Wear-And-Tear or Fatigue

EMS does not require central nervous system input, preventing further central fatigue in over-taxed athletes, and reduces joint strain since there’s no additional load. EMS does not require central nervous system input

Enhancing Strength and Muscle Activation

Electrical stimulation can be a powerful addition to your training routine, since Neuromuscular Stimulation (NMS) activates muscle fibers that may not fully engage during regular training.

Shown to improve strength by increasing neural drive, intramuscular coordination, and muscle hypertrophy.

How To Use

Part of an Active Warm-Up

NMS helps activate and strengthen muscle groups before advancing to more complex movements, especially for those recovering from injury or with bilateral imbalances.

Stand-Alone NMS After Training

Incorporate as an intensity technique to really target strength and volume mediated hypertrophy. Neural adaptation peaks around 4 weeks, while muscle fiber adaptation occurs between 6 to 8 weeks.

Reduce Wear-And-Tear or Fatigue

EMS does not require central nervous system input, preventing further central fatigue in over-taxed athletes, and reduces joint strain since there’s no additional load.

Quicker Recovery Means Less Downtime Between Workouts

Functional fitness is demanding, often leaving athletes with muscle fatigue or soreness. Both microcurrent and muscle stimulation (when applied correctly) has shown clear recovery benefits for athletes

Microcurrent works on a cellular level and has shown to reduce inflammation, reduce soreness (DOMS), and improve protein synthesis and micro-circulation.

Muscle stimulation (NMS) has shown to greatly increase blood flow and nutrient delivery with low frequency stimulation and the right application.

How To Use

NMS – Peroneal Nerve Application

The most promising and consistently supported NMS research for recovery indicates that low-frequency stimulation of the lower leg (peroneal nerve stimulation or direct stimulation of the calf) is effective. ––––––––––––––––––––––––––––––

Microcurrent Post Training

Regularly using microcurrent for 10-60 minutes after workouts and on non-training days can enhance recovery. As it is sub-sensory and doesn’t induce muscle contraction, it can be applied for even longer periods of time.

Quicker Recovery Means Less Downtime Between Workouts

Microcurrent works on a cellular level and has shown to reduce inflammation, reduce soreness (DOMS), and improve protein synthesis and micro-circulation.

Muscle stimulation (NMS) has shown to greatly increase blood flow and nutrient delivery with low frequency stimulation and the right application.

How To Use

NMS – Peroneal Nerve Application

Microcurrent Post Training

Enhance Rehabilitation From Pain or Injury

Some injuries are unavoidable. When injury or pain occurs, the nervous system responds by altering muscle function and coordination, leading to weakness, restricted movement, increased pain, and inflammation. Adding electrical stimulation to traditional rehabilitation can accelerate recovery and reduce the risk of re-injury.

NMS directly stimulates muscles via motor neurons, thus bypassing the central nervous system. These stimulated muscle contractions prevents muscle atrophy (muscle loss).

In addition to alleviating pain, peripheral nerve stimulation (PNS) plays a vital role in enhancing motor neuron sensitivity by reducing inhibitory signaling (or “muscle guarding”).

Microcurrent works on a cellular level and has shown to reduce inflammation, scar tissue formation, and improves tissue repair.

How To Use

Microcurrent for Acute Injury

Applying microcurrent directly after an injury or post-surgery can help reduce swelling and improve healing rates. Applying microcurrent directly after an injury or post-surgery can help reduce swelling.

Dualwave for Muscle Re-education

It helps strengthen and activate muscle groups deactivated by injury. Athletes can gain more benefits by isometrically contracting the muscle while receiving external electrical stimulation.

Micro + Dualwave for Managing Pain

For more chronic pain conditions, such as low back pain, arthritis or tendinopathies, the combination of Dualwave technology and microcurrent allows you to manage painful symptoms more effectively.

Enhance Rehabilitation From Pain or Injury

NMS directly stimulates muscles via motor neurons, thus bypassing the central nervous system. These stimulated muscle contractions prevents muscle atrophy (muscle loss).

In addition to alleviating pain, peripheral nerve stimulation (PNS) plays a vital role in enhancing motor neuron sensitivity by reducing inhibitory signaling (or “muscle guarding”).

Microcurrent works on a cellular level and has shown to reduce inflammation, scar tissue formation, and improves tissue repair.

How To Use

Microcurrent for Acute Injury

Dualwave for Muscle Re-education

It helps strengthen and activate muscle groups deactivated by injury. Athletes can gain more benefits by isometrically contracting the muscle while receiving external electrical stimulation.

Micro + Dualwave for Managing Pain

For more chronic pain conditions, such as low back pain, arthritis or tendinopathies, the combination of Dualwave technology and microcurrent allows you to manage painful symptoms more effectively.