Touch Screen Hip Knee Ankle Cpm Rehabilitation Lower Limb CPM Description：
CPM Rehabilitation, which helps control limbs and joints while restoring and maintaining range of motion and muscle strength. Ankle CPM machines are an excellent choice for knee rehabilitation, physical therapists and general rehabilitation. The knee CPM is ideal for use after various reconstructive joint procedures such as knee replacement and ACL reconstruction.
The Lower limb CPM is most commonly used after total knee replacement, ACL, or cartilage repair to help restore range of motion, help reduce swelling, and prevent scar tissue buildup. Joint Rehabilitation Faster and controlled movement reduces treatment time, so you can treat twice as many patients as before.
After hip CPM surgery, continuous passive motion devices are used both in the hospital and at home. The motorized CPM device gradually moves the affected joint over an extended period of time through a prescribed arc of motion.
Touch Screen Hip Knee Ankle Cpm Rehabilitation Lower Limb CPM Features：
1. Specially designed knee CPM machine for total knee replacement, ACL or cartilage repair.
2. Specially designed motor drive, stable operation, low noise, long life.
3. Microcomputer digital control design, using imported integrated parts, large capacity imported CPU, intelligent program design, overload protection function.
4. Large screen English real-time display, the process at a glance.
5. Optimized structure design to provide the best user experience.
6. Dual-color touch screen control, dual display in Chinese and English, setting Angle, speed and time
7. Knee sensor makes running Angle more accurate.
8. Double rod makes the machine more stable and has the function of reducing the total length of the machine.
9. Special design of the support bar suiting to human curve.
The benefits of CPM for cartilage repair
1. Enhance nutrition and metabolic activity
2. Accelerate joint tissue healing
3. Cartilage regeneration
Benefits of CPM for tendon treatment
1. Repair of tendon sliding surface
2. Greater average tendon breaking strength
3. Enhance internal healing through synovial diffusion
4. Prevent adhesions from forming
5. Increase range of motion and motion
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