Body Stimulator Building Suit

Body Stimulator Building Suit

Quick Details

Type:Other

Feature:Skin Tightening, Cellulite Reduction, Wrinkle Remover, Weight Loss

Operation System:electronic muscle stimulation machine

Place of Origin:Guangdong, China

Brand Name:BODYTECH

Application:For Commercial & Home Use

Available Quantity:2000

Sportswear Type:Fitness & Yoga Wear

Gender:women or man

Material:Nylon / Cotton

Keywords:Body Stimulator Building Suit

Material/Fabric:conductive pads on the smart EMS muscle training suit

Certificate:CE,CMC

Payment term:T/T, Western Union or Credit card

Technology:wireless 4.2 BT

OEM/ODM:customized your brand products

Why should I only using Body Stimulator Building Suit twice a week?

In order to achieve the most effective results for muscular adaptation and physical functioning, your body needs time to rest and recover. Research shows that recovery and adaptation periods after using Body Stimulator Building Suit are significantly longer than for weight and resistance training. It is not beneficial to train more often to gain better results because using Body Stimulator Building Suit is so intense and effective, you only need two session per week.

What improvements can I expect from training with Body Stimulator Building Suit?

Over the last few decades, an extensive amount of research has proven the effectiveness and scientific validation of EMS training. Amongst others, areas of improvement include:

- Maximum strength

- Strength endurance

- Hypertrophy (muscle growth)

- Speed, responsiveness and agility

- Perceived physical well-being

- Balancing of muscular imbalances (i.e. reduction of back pain)

The Advantages Of Body Stimulator Building Suit

1.The Body Stimulator Building Suit uses silicone electrode. So it doesn't need warm up like visionbody. It can be trained immediately when you put it on.

2.The Body Stimulator Building Suit is so convenient to use it.The Body Stimulator Building Suit is lightweight than the vest.And it's also durable, antibacterial and easy to mainein. It can directly touch with skin.

3.We have many sizes of the suit :XXXS,XXS,XS,S,M,L,XL,XXL. The Body Stimulator Building Suit is made of elastic fabric, suitable for most people. And the suit has arm-bound and leg-bound pole piece, you can adjust it by yourself. You don't need to hoard many different sizes of suits.

4.Our APP have six modes: Fat burn, strength, cardio, Professional, Relax, and VIP. And the interface of APP is very simple and clean. It's easy to use.Or if you want more mode, all parameter can adjustable in VIP model.

5.Ramp up and ramp down system. The ramp up and ramp down time can be set by the trainer. This system can help the beginner to adapt the impulse.

6.It can be used for different fitness occasions.You can have 4 pcs Receivers+4 set training suits，4 sets can be used for different fitness occasions. No limit places,no limit number of people.    It can make group training for multiple people at the same time in your studio, also can be four one trainer to one person training, group trainer to group training.

7.Our app is available for the tablet and the phone( Android/IOS).

8.Our suit can be washed directly into the water without removing the wires. All of our wires are waterproof.Can be put directly into the washing machine for cleaning.

9.The electrode sheet is silicone. It's durable.

10.We support customizing the suit and app. You can develop your own ems machine.You can build your own brand.You need to pay USD120 for the first time if you need customizing you logo in the APP or the suit, the next time you don't need to pay.

More EMS Research

Time course of neural versus muscular changes.This study was the first to report the time course of neural and muscular changes following multiple sessions of involuntary training. The gains in maximal voluntary strength observed at the end of the present EMS training program are attributable to both muscular and neural adaptations. After the first 4 wk of training, muscle activation significantly increased, whereas a trend toward a significant increase in both muscle ACSA and the VL pennation angle was observed. These results are in accordance with Maffiuletti et al. , who reported an increase in both muscle activation and soleus EMS activity after 4 wk of EMS training on the plantar flexor muscles, whereas Martin et al. did not observe changes in muscle mass when using the same training program. Moreover, our results also showed that after 8 wk of EMS training, changes in muscle mass and architecture became significant and muscle activation was still higher than at baseline. To our knowledge, only a fewstudies have used an EMS training program lasting 8 wk or more in healthy humans, and they reported impressive quadriceps muscle hypertrophy in agreement with the present study. Thus, by using a combined analysis of both muscular and neural factors after 4 and 8 wk of an EMS training program, our results clearly demonstrated that neural adaptations account for the initial voluntary strength improvement, whereas muscular changes took part in the further increase in strength. Neural adaptations. In the present study, two different methods were used to assess neural adaptations of the knee extensor muscles. Muscle activation estimated by using the twitch interpolation technique significantly increased by 6% after training, thus indicating that EMS training enhanced the overall activity of the quadriceps muscle. These results are in agreement with those reported by Maffiuletti et al. on the plantar flexor muscles after 4 wk of EMS training. Such activation increases could be ascribed to changes occurring at the supraspinal but also at the spinal level. Indeed, EMS evokes action potentials in both intramuscular nerve branches and cutaneous receptors, thus inducing force production directly by activation of motor axons and indirectly by reflex recruitment of spinal motor neurons. However, a previous study performed in our laboratory found no changes in resting soleus H-reflex amplitude after 4 wk of EMS training, therefore suggesting that the mechanisms accounting for the strength gains could be an increased volitional drive from the supraspinal centers. This last suggestion is reinforced by the study of Smith et al. , who reported that EMS applied over the quadriceps femoris muscle activated specific neural regions in a dose–response manner. However, further research is warranted to accurately determine the neural mechanisms responsible for the voluntary strength improvement.