Upper and Lower Limb Active-Passive Rehab Bike: A "Recovery Partner" for Regaining Limb Function

Upper and Lower Limb Active-Passive Rehab Bike: A "Recovery Partner" for Regaining Limb Function

1. 4 Core Training Modes for Different Recovery Stages

Active-Passive Training: Ideal for patients with reduced muscle strength. The bike drives limb movement and allows adjustments to speed, rotation count, and load, gradually improving muscle strength and range of motion (ROM).

• Assistive Training: Provides support for patients with minimal strength, helping them complete cycling motions. Repeated training builds muscle memory and limb coordination, laying the groundwork for independent movement.
• Symmetry Training: The screen displays real-time movement data for the left and right limbs. Healthcare providers can use this data to fine-tune training plans, improving bilateral strength balance and coordination.
• Isokinetic Training: Patients pedal at a constant speed while the device delivers dynamic resistance. This moderate muscle challenge helps build functional strength, aligning with real-life movement needs.

2. Dual Protection for Safety and Experience: Thoughtful Design Details

Multi-Layer Safety Protection: Equipped with spasm detection to real-time identify and alleviate limb spasms, ensuring patient safety. It also has an emergency stop button—pressing it instantly cuts the motor circuit to halt training components. A rotation is required to restart, preventing accidental activation. When speed exceeds 100 RPM, the device automatically increases resistance to avoid uncontrolled training intensity.

• Flexible Adaptation to Diverse Users: The 8-inch touchscreen rotates 0–270°, making data visible for both patients and providers. The handlebar height adjusts 0–150 mm and rotates 180°. Combined with adjustable upper limb turntables, lower limb pedals, and calf supports, it fits users of different heights and limb conditions. An anti-tipper is also included for added safety for wheelchair users.
• Boosted Training Motivation: Built-in interactive games make tedious rehab more engaging. Real-time visual feedback displays training duration, distance, speed, and heart rate—letting patients see progress and helping providers adjust plans dynamically.

3. Wide Application Scenarios: Supporting Recovery Across Fields

Neurological Patients: Those with stroke (CVA), traumatic brain injury (TBI), or spinal cord injury can improve limb control and reduce functional impairments through regular training.

• Musculoskeletal Patients: For post-joint replacement, fracture recovery, or arthritis patients, it restores joint ROM and muscle strength with low impact, reducing pain and stiffness.
• People with Weak Cardiopulmonary Function: Heart or lung disease patients start with low-load training to gradually improve cardiopulmonary function and exercise endurance (under healthcare guidance).
• Elderly and Home Rehab Users: Seniors with declining mobility and home-recuperating patients can use it for safe, effective training to maintain cardiopulmonary function and limb coordination, preventing muscle atrophy.

4. Usage and After-Sales: Key Details to Note

Cleaning and Maintenance: Wipe the main unit with a clean, damp cloth. Disinfect handles with 75% alcohol. Do not clean limb straps with bleach, and keep cleaning temperature below 80°C to avoid material damage.

• Load Limitations: The training handles support up to 5 kg, pedals up to 10 kg, and the handlebar up to 20 kg. It is suitable for patients weighing ≤ 135 kg; do not exceed these limits.
• After-Sales Support: The product comes with a 2-year warranty. For customization needs (e.g., OEM/ODM), contact the brand for professional services to meet personalized requirements of institutions or individuals.