- Type: Vibration Plate
- Place of Origin: Zhejiang China (Mainland)
- Model Number: JTF008
Electromagnetic Induction Vibration Plate with Aluminum Alloy Stand Post and Strong Durable cover.
| Power Consumption | 200W | |||
| Max Output Power | 800W | |||
| Max Frequency | 50Hz | |||
| Min Frequency | 2Hz(ultra low frequency) | |||
| Ampitude(2Hz) | 25mm(100kgs Standard amount) | |||
| Amplitude(30Hz) | 2mm(100kgs Standard amount) | |||
| User Weight Capacity | 200KGS | |||
| Power Saving System | Eco mode | |||
| Digital System | STT System` | |||
| Program | 15 | |||
| ASSEMBLY SIZE | 579x624x1368MM | |||
| Product Feature | |||||||||
| 1.Electromagnetic Plate use high robot engineering,employs ultra low frequency Vertical Vibraiton method | |||||||||
| 2.Electromagnetic Plate help you to exercise every muscle and every cornor of your body | |||||||||
| 3.Safe and effective hi-tech Safe ultra low frequency exercise for whole family. | |||||||||
| 4.Customized exercise through step-by-step adjustment | |||||||||
| 5.Power of Lifting up to 200kgs,but no harm to muscle and joints. | |||||||||
| Specialty | |||||||||
| 1. STT System(Sinusoidal Trajectory Tracking System):Ultra high Tech Digital Sensor Detects 20,000 Movement per Second for Safety and other Vabration Functions | |||||||||
| 2.DO System(Disturbance Observer System): Reacting to the signal of sudden disturbance from STT sensor , DO system immediately stop the operation of machine for the user's safety | |||||||||
| 3.LA System(Load Adaptive System):LA System maintains the constancy of machine movement,regardless of the user's weight, knee movement, and so on | |||||||||
| 4.Eco System(Economic & Ecology Mode):Efficient and enviromentally friendly system of machine automatically finds opimum frequency according to the user's weight, improving effectiveness of exercise and minimizing electronicpower consumption | |||||||||
| 5.OWD System(Over Weight Detection System): Safety protection System operates automatically to stop the robot with alarm in the case of overload` | |||||||||

