

Advance elbow CPM
The Elbow & Shoulder CPM Machine is an advanced rehabilitation device designed to provide controlled, continuous passive motion therapy for the elbow and shoulder joints. Engineered for post-operative recovery and orthopedic rehabilitation, this unit helps restore joint mobility, reduce stiffness, and accelerate healing without requiring active muscle effort from the patient. Built with a stable mobile stand and adjustable arm supports, the device ensures precise positioning, smooth motion control, and optimal patient comfort during therapy sessions.
Key Features
- Dual-function design for Elbow and Shoulder rehabilitation
- Continuous Passive Motion (CPM) technology
- Adjustable range of motion (ROM) settings
- Variable speed control
- Digital control panel with display screen
- Anatomically designed padded arm supports
- Height-adjustable stand
- Smooth-lock caster wheels for easy mobility
- Heavy-duty, stable base frame
- User-friendly operation
Therapeutic Benefits
- Prevents joint stiffness and contractures
- Enhances blood circulation
- Promotes faster post-surgical recovery
- Reduces pain and swelling
- Improves joint flexibility and range of motion
- Minimizes scar tissue formation
- Supports early-stage rehabilitation
Clinical Applications
- Post shoulder surgery rehabilitation
- Post elbow surgery recovery
- Rotator cuff repair rehabilitation
- Fracture and ligament repair therapy
- Frozen shoulder treatment
- Orthopedic rehabilitation programs
- Sports injury recovery
Design & Construction
- Durable powder-coated metal frame
- High-density cushioned arm pads for comfort
- Adjustable arm length and angle settings
- Secure fixation straps
- Compact and space-efficient structure
- Medical-grade components
Suitable For
- Hospitals
- Orthopedic departments
- Physiotherapy clinics
- Rehabilitation centers
- Sports medicine facilities
Why Choose This CPM Machine?
The Elbow & Shoulder CPM Machine provides precise, consistent, and controlled passive motion therapy, ensuring safe and effective joint rehabilitation. Its ergonomic design, digital control system, and adjustable positioning make it ideal for professional clinical use
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