Ems Studio Training Machine

EMS studio training machine

Overview

--Quick Details of EMS studio training machine

Type:Other

Feature:Anti-Puffiness, Skin Tightening, Cellulite Reduction, Detox, Wrinkle Remover, Weight Loss

Operation System:ems muscle stimulator

Place of Origin:Guangdong, China

Brand Name:bodytech

Model Number:BBModel909

Application:For Commercial & Home Use, home/gym/sport field

Product name:EMS studio training machine

Plattform:Android/iOS phone,tablet

service:OEM ODM

Technology:advanced EMS electro fitness

Suit Material:Spandex/Cotton/silver fiber/silicone

Size:XXXS-XXL

Agent:OEM Device or Software

Keywords:EMS studio training machine

Payment term:TT/Paypal /Western union

Warranty:Electro Muscle Stimulation Suit (3 months) , Engergy (1 years)

Certification:CE, CTT, EMC, ROHS, SGS,GTS.

Shipping (No need to pay extra shipping cost):DHL,UPS,FedEX,EMS,TNT and etc.

Lead time:7-10 days after receiving your payment

--Parameter of EMS studio training machine

Equipment weight:150g

Equipment size:96*65*29mm

Period of use:1 year

Battery capacity:2650mAh

Charging rating:DC5V-Must be a standard 5V charge

Battery voltage:3.8V

The output voltage:0-50V DC square wave

Output frequency:1-120Hz

Output pulse width:1-500us

Operating temperature and humidity:10℃-40℃,30%-85%RH

Transport and storage temperature and humidity:-40℃~55℃,10%RH~93%RH

Operating pressure:860-1060hPa

Transportation and storage pressure:500hPa~1060hPa

Whole-body electrical myostimulation (WB-EMS) is a relatively recent training methodology that has been extraordinarily lavished in recent years. WB-EMS, which is also called global-body electrical myostimulation, has emerged as the evolution of traditional electrical muscle stimulation (WB-EMS) applied locally, since it is now possible to activate several muscle groups in a synchronized manner as a result of technological development. Using a wireless electrical stimulator that has a powerful battery, it is possible to activate up to twelve channels with a rectangular, two-phase and symmetrical current . These channels generally allow the activation of the muscles of the thighs, arms, buttocks, abdomen, chest, and low, high and lateral areas of the back with two auxiliary channels of free choice and a total area of electrodes up to 2800 cm2 . These devices are managed by software that allows the modification of the current parameters and the intensity of each of the channels.

Local EMS is based on the application of the current to the motor point of one or two muscle groups, whereas the WB-EMS procedure is based on doing the same across a large area and along several muscle groups. On the one hand, the application of the current to a motor point during the EMS means that less energy is required to cause the involuntary contraction; therefore, the method is more comfortable . On the other hand, the application of current in a large number of muscle groups in a synchronized manner in WB-EMS makes it possible to exercise complete kinetic chains in unison and perform exercises with global positions and movements during the electrical stimulus . In the WB-EMS, the coactivation of agonist-antagonist muscles is generally observed. This feature may be an advantage given that stimulating an antagonist muscle can contribute to the improvement of aerobic strength and capacity without presenting damage to the motor pattern as shown in previous experimental studies .

To date, vast and extensive research has been performed in the study of the effects of local EMS  that should be taken into account for EMS studio training machine exercise. It would not be surprising if, despite these slight differences in the two methodologies, future research demonstrates that WB-EMS offers results similar to those obtained with the local EMS for the rehabilitation of injuries , i.e., for the effective treatment of spasticity in subjects with neurological disorders , exercise for individuals with illnesses, and for strength training in healthy subjects .

It has been concluded that WB-EMS could be an interesting training methodology for people who experience difficulties when exercising given the amount of effort necessary to create adaptations . WB-EMS has also been considered as an alternative with great efficiency in terms of the time-benefit ratio with a high acceptance rate even in untrained individuals . However, other studies have obtained less promising results, presenting a less optimistic position regarding the effectiveness of this type of training .

EMS is capable of generating muscle tension greater than that which can occur in voluntary contraction and therefore can cause muscle degradation far superior to what traditional exercise is capable of causing . Therefore, it has been indicated that the use of WB-EMS could be a danger mainly for untrained people, arguing that increasing the number of affected muscle groups could be a risk factor. In fact, over recent years, different case reports have appeared in which rhabdomyolysis has occurred after a training session with an alarming increase in creatine kinase (CK) activity .

There is a lack of consensus on the effectiveness of WB-EMS in a situation in which its use has been popularized to a large extent, thus increasing the need for a systematic review with the purpose of analyzing the results obtained from the existing research on WB-EMS and testing the level of evidence of each of the studies to understand the status of the issue and identify possible methods of investigation in the future.

Conclusions

The findings of this review suggest that more studies are needed that include populations without special needs to establish the effects produced by the different current parameters in WB-EMS. A limited number of studies on WB-EMS are available. Many of the existing investigations have been performed with population groups with special needs and, therefore, lack external validity. Many of the existing studies lack the amount of scientific evidence necessary to draw reliable conclusions about the effects of WB-EMS. More studies are needed in populations without special needs to establish the effects produced by the different current parameters in WB-EMS. It would be appropriate for the relevant legislators to regulate the application of WB-EMS to ensure its consistent use under the direction of qualified and authorized professionals, including sanctioning the negligent use and free assumption of risks of noncertified services.