Electrical Muscle Stimulation Equipment

Electrical Muscle Stimulation Equipment

Product Name

Electrical Muscle Stimulation Equipment

Main Ingredient

63% polyamide, 15% elastic fiber, 13% polyester, 7% polyurethane, 2% pure silver, in line with RoHS circuit board parts

Electrode Of Electrical Muscle Stimulation Equipment Position

Shoulder, upper arm, chest, back, abdomen, front thigh, back thigh, back waist, hip

Size of Electrical Muscle Stimulation Equipment

XXXS、XXS、XS、S、M、L、XL、XXL

Connector

Magnetic suction with the energy box and suit

Apply to

Android/ iOS 11.2 and below/WiFi network connection/bluetooth connection energy box

Benefit of Electrical Muscle Stimulation Equipment training

-Full body Electrical Muscle Stimulation Equipment training in just 20 minutes once per week!

 Increased overall strength & improved endurance for a healthier life style

-Quickest way for weight loss, body toning and shaping. You can lose up to 20 Kgs in just 60 days

-20 minutes of EMS is equivalent to 240 minutes of conventional gym training!

-Muscle gain

-Backpain Relief

-Enhance energy level & body performance

-Reduce Cellulite

-Stimulate over 650 muscles with conductive EMS Fitness Training Jacketto burn fat more efficiently in 1 single session

Main Feature Of Electrical Muscle Stimulation Equipment

-Very short Training Time

-Reduce Body fat

-Rapid Muscle Growth

-Streamlining connective Tissue

-Suitable For any Training Level

-Noticeable and visible

-Successes

-Improve Stamina and Strength

-Training of the Deep Muscles

-Joint Training

-Activation of Metabolism

-Training with and without Equipment

-Freedom of Movement there are no Cables

-In and Outdoor possible

Q&A:

Q: Are you a manufactuer or trading company?

A: We are the manufacture for Electrical Muscle Stimulation Equipment For Group Training, For personal use. EMS suits, EMS accessories, and develop the unique software by our own engineer team, offering our customers a unique Experience and the best possible Success.

Q:What's the list of certificates you holds?

A:Our EMS machine are certified according to CE、EMC、SGS Rohs、POCE, Quality management system EN ISO 9001.

Q: Can you do the design for us?

A: Of course. We welcome and be able to make it as your design. We have R&D production capabilities, will try best to satisfy with your Electrical Muscle Stimulation Equipment.

Q: Does your product have warranty service? How long is the warranty period?

A: We provide two years warranty on receiver, three months warranty on suits, and lifetime maintenance.

Q: Are there any reasons why you should not use the Electrical Muscle Stimulation Equipment?

A: The equipment must not be used by people with heart disease, pacemakers or other implanted electric devices, during pregnancy, with a predisposition to epileptic seizures or fitting.

Q: Do I have to move or exercise during workout?

A: Yes, augments the favourable effects of EMS workout as opposed to exercising alone.

About EMS Research

THE USE OF HIGH - FREQUENCY electromyostimulation (EMS) has previously been employed as a means to strengthen healthy human skeletal muscle (8, 10, 12, 26, 27, 34).

Nevertheless, the physiological adaptations (muscular or neural) induced by this form of involuntary training and responsible for the increases in strength remain equivo-cal. The assessment of muscular adaptations to EMS has primarily been by direct observation in human (8) or rat muscles (18), whereas the neural adaptations have been inferred. Although very few studies have directly exam-ined neural activity subsequent to EMS training, many studies on healthy human muscles have proposed that neural adaptations are largely responsible for the strength gains observed (10, 26, 27). This conclusion is based on the use of training periods that are too brief to induce muscular adaptations (see Refs. 31, 36). However,neural adaptations are possible because EMS results in excitation of intramuscular branches of the nerve and not the muscle fibers directly (23), which likely induces anti-dromic activation of the motoneurons. It could, therefore,be hypothesized that the strength gains observed subse-quent to short-term EMS training are likely mediated by enhanced neural activation, rather than muscle activa-tion.

To our knowledge, only one investigation has focused

on the effects of EMS training on the surface electromyo-graphic (EMG) activity of the agonist (i.e., stimulated)muscle in humans (10). Although the EMG activity of the biceps brachii significantly increased after 7 wk of elbow flexor EMS training (10), EMG values were not normal-

ized to the compound action potential (M wave), and maximal voluntary activation was not assessed. None-theless, Colson et al. (10) observed changes in M-wave characteristics with a concomitant increase in the twitch time course, whereas Duchateau and Hainaut (12) re-ported no changes in single-twitch contractile properties but greater amplitude of the 100-Hz tetanus after 6 wk of adductor pollicis EMS training. These disparate findings maybe due to the effect of EMS resistance training on the muscular contractile properties assessed with single and

multiple stimuli, which has not been examined system-atically.The aim of the present investigation was to assess the effects of 4 wk of EMS training on neuromuscular properties of the plantar flexor (PF) muscles, with special emphasis on changes in neural activation. The EMG and mechanical responses obtained under maxi-mal voluntary (isometric, concentric, and eccentric)and electrically evoked (single, paired, or tetanic stim-uli) conditions were assessed to distinguish neural adaptations from contractile changes.