lower Limb Continuous Passive Motion YTK-F Manufacturers, OEM/ODM Factory

lower Limb Continuous Passive Motion YTK-F

Coming From China, Marketing To The World. Premium Quality Since 1991.

1. Large-capacity CPU full microcomputer intelligent design, Chinese/English dual-channel display and control (with hand control).

2. It has full-length and knee joint angle control methods, and the angle control is precise.

3. It has the function of automatically increasing the mode of running angle and speed and has the function of torque setting, which is safe and reliable.

4. Connect the rehabilitation device to the external power supply (the power switch is on), and the machine display will first display the last setting data. The operator can change the original setting data according to the specific situation.

Product parameters:

1. Working noise should be ≤ 65 dB.

2. The rehabilitation device can work continuously for more than 2 hours under a load of 200N.

3. The input power of the rehabilitation device is 70VA.

4. Rated power supply/rated frequency: ~220 V, 50 Hz

More details:

Lower Limb Continuous Passive Motion YTK-F is a medical device specially designed for lower limb rehabilitation. As the core part of the equipment, the main body integrates advanced control systems and driving mechanisms, which are responsible for providing stable and precise power output. Its compact design not only saves space, but also makes the entire device more stable and reliable. The limb brace is one of the key components of the YTK-F device. It carries the patient's lower limbs and ensures a stable posture during movement. The brace features an adjustable design that can be precisely adjusted to the patient's body shape and rehabilitation needs. The strap is an important component that connects the patient's lower limbs to the limb support. They are made of soft and stretchy material to ensure patient comfort while providing adequate support. The design of the strap is very user-friendly and can be easily fixed on the patient's limb without causing any pressure or discomfort to the patient's skin.