Wireless Body Muscle Stimulator Vest

Wireless Body Muscle Stimulator Vest

Overview

Quick Details

Type:Other

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

Operation System:electrical muscle stimulation

Place of Origin:Guangdong, China

Brand Name:BODYTECH

Model Number:Model907

Application:For Commercial & Home Use

Warranty:2 Years

Certification:Rohs

MOQ:1pcs

Service:OEM ODM

Size:XS-XXL

Style:Wireless Control

channel:8

Key word:Wireless Body Muscle Stimulator Vest

Packaging & Delivery

Selling Units:Single item

Single package size: 55X39X29 cm

Single gross weight:

11.0 kg

Lead Time :

BODYTECH Wireless Body Muscle Stimulator Vest

BODYTECH Wireless Body Muscle Stimulator Vest is an innovative and highly effective high-tech workout concept based on electrical muscle activation: EMS. It offers a time-saving, gentle, and extremely effective whole- body workout.

BODYTECH uses the body‘s own principle to stimulate muscle activity through electrical impulses. This is done using a sophisticated terminal, the energy box, high-tech electrodes incorporated in the suit, and a smart app. The suit and thus also the electrodes are connected to our energy box.

MODEL907 Wireless Body Muscle Stimulator Vest

BODYTECH SYSTEM

The control center for your ems training

BODYTECH Wireless Body Muscle Stimulator Vest

Training with full-body muscle simulation due to bodytech Wireless Body Muscle Stimulator Vest.

BODYTECH ENERGY BOX

The small and mobile BODYTECH remake.

BODYTECH Wireless Body Muscle Stimulator Vest

The new Wireless Body Muscle Stimulator Vest offers excellent comfort thanks to its perfect fit and optimal elasticity. The highlight: the high-quality electrodes made of specially developed material are particularly durable and also extremely effective thanks to the outstanding transmission of low-frequency to the human body. The electrodes ensure full-body muscle stimulation and can be exchanged quickly and easily when they wear out.

BODYTECH ENERGY BOX

The bodytech energy box is small, smart, mobile, and can do everything . You can navigate via app, which connects the tablet and energy box via BT 4.0. You can thus select existing workout programs quickly and easily, and create customized workouts. The app allow you to control up to four energy box simultaneously.

Instructions

1.Spray training suit with water until a visible film of water has formed on the electrodes.

2.Put on the training suit.

3.Tighten the vest by the band.

4.Adjust fasteners in the shoulder and neck area.

5.Tighten the arm electrodes with the Velcro fastener.

6.Put the receiver box into the belt, then wrap the belt around the waist.

7.Select the corresponding training part and start training.

EMS Training Procedures

One week before the beginning of the stimulation period,the EMS group participated in one practice session to ac-quaint themselves with stimulation parameters. None of these subjects had previously engaged in systematic strength training or had experienced EMS. They completed sixteen 18-min sessions of isometric bilateral EMS over a 4-wk pe-riod, with four sessions per week. Forty-five isometric con-tractions were carried out during each training session. Dur-ing the stimulation, subjects were seated on a calf machine(Multi-Form, La Roque D’Anthe´ron, France) with the ankle,knee, and hip joints flexed to?90°. A portable battery-powered stimulator(Compex,Sport,Medicompex,Ecublens,Switzerland)discharge drectan gular-wave pulsed currents(75 Hz) lasting 400 ?s. Three 2-mm-thick, self-adhesive elec-trodes were placed over each leg. The two positive electrodes,each measuring 25 cm 2 (5 ? 5 cm), which had membrane depolarizing properties, were placed over the superficial as-pect of the soleus muscle, ?5 cm distal from where the two heads of the gastrocnemius join the Achilles tendon. The negative electrode, measuring 50 cm 2 (10 ? 5 cm), was placed along the middorsal line of the leg, over both medial (MG)

and lateral gastrocnemius (LG). Each 4-s contraction was followed by a pause lasting 20 s. Intensity (range 0–100 mA)was monitored on-line and was gradually increased to a level of maximally tolerated intensity, which varied between 30and 90 mA, depending on differences among subjects in pain threshold. No subject reported serious discomfort. The indi-vidual level of isometric force developed during EMS was measured once a week with a myostatic-type dynamometer(Allegro, Sallanches, France), and this latter varied between50 and 70% of the pretraining maximal voluntary contraction(MVC). Each session was preceded by a standardized warm-up, consisting of 5 min of submaximal EMS (5 Hz; pulses lasting 200?s).

Testing Sessions

PF and DF maximal voluntary torque. Before and after the 4-wk intervention period, two testing sessions were orga-nized to assess voluntary and evoked PF and DF neuromus-cular properties in both the EMS and C groups. In the firsttesting session, maximal voluntary torque and the associated EMG activity were measured for isometric, concentric, and eccentric PF and DF contractions to determine the respective torque- and EMG-angle and torque- and EMG-angular veloc-ity relations (see also EMG activity). All of these contractions were carried out by using a Biodex-type isokinetic ergometer(Biodex, Shirley, NY), previously validated by Taylor et al.(38). Subjects were seated on the dynamometer chair, and their right knee joint was fixed at ?90° of flexion. To mini-mize hip and thigh motion during the contractions and,therefore, to avoid the contribution of muscles other than the PF (e.g., knee extensors, hip extensors), straps were applied across the chest, pelvis, midthigh, and lower leg.