
Super Chi Machine CY-106S
Above shipping charge is for USA & Canada only. The international shipping price will be subject to the destination.
The Same Improved Engineering / Design as Found in our Chi FLow CY106L

Ergonomically designed to allow for different angles and different shapes of users. The new ankle base consists of a pliable PU support that is easily removable for cleaning purposes and resists rupture. It is designed to yield to strong pressure, accommodating the weight of the user.
The swinging / twisting pattern of the newly designed device can naturally accommodate different body shapes and weights of users. The effective twist is in accordance with high ergonomic standards. With the body facing upward, using the posterior as the center, both feet on the ankle base equally, the device produces an elliptical movement, or an "X" exercise. Both feet will follow a left up, right down, right up, left down pattern (as opposed to simple left / right motion). The twisting distance of the new device is longer, allowing the user to achieve a whole body twisting effect.
The newly designed device uses plastic with high temperature grinding resistance, pounding resistance, strong alkali / acid resistance, high adhesiveness and the highest engineering PS smoothness. The base incorporates a concave protruding surface strengthening the ribbed steel plate (will not warp or rupture).
Uses International Standard Specification spare parts. Constructed with precise flexible ball bearings. Oil seals have been integrated into this device, to protect against dust. Automatic overheating switch, high temperature liquid state resistance gear lubricant (gear lubricant does not break down), protective motor outer shell..., etc. Maintains 24 hour continuous motor operation with UL’s standard below 60° Celsius temperature for a longer life span.
Test Results:
The CY106S will take a 20 kg (44 lb) load and can continuously swing for 3,000 hours.
Advantages:
The moving components benefit from the application of ball bearings and indirect friction, to lower the coefficient of friction, allowing the motor to work longer and harder without wearing out, and a greater range of motion.
Manufacturing Concept:
Based on prior designs of the machine, using exhaustive testing and computations to meet strictest requirements for a high quality product.









