Technical datasheet · pro.rungiw.xyz

Lower-Limb Rehabilitation Exoskeleton Robot

SinoPro · Model SP-MD-002 · Medical Devices & Health Equipment

Verified 12 Sept 2026

Robotic lower-limb exoskeleton for early standing and gait rehabilitation

The SP-MD-002's flagship lower-limb gait-rehabilitation exoskeleton: a powered hip-and-knee exoskeleton integrated with a balance support frame and dynamic weight support. It delivers repetitive, physiological gait training for patients with stroke, spinal cord injury and other neurological or musculoskeletal disorders, with gait parameters such as speed, stride length and guidance force tuned per patient. Real-time gait, joint-angle and step-count feedback support objective rehabilitation reporting.

Highlights

Technical parameters

Mechanics

Degrees of freedom6 total (4 active + 2 passive)
Active joints4 active DOF - bilateral hip and knee
Passive joints2 passive DOF - bilateral ankle with anti-foot-drop spring mechanism
Device dimensions (L x W x H)84 cm x 112 cm x 150 cm (+/-5 cm)
Patient fit adjustmentAdjustable thigh and shank length, hip width and support height with automated leg-length matching
Support structureBuilt-in ergonomic balance support frame with dynamic weight support and integrated seat

Motion

Walking speed0.44-1.3 km/h (adjustable)
Vertical motionVertical degree of freedom for realistic weight shifting and elevation change
Patient positionsSitting, standing and walking

Performance

Training modes2 primary gait modes - Walk on the Spot and Ground Walking - plus sit-to-stand transfer
Adjustable gait parametersStride length, step height, speed and guidance force
Real-time feedbackGait pattern, joint angles and step count with automated reports
Continuous walking timeUp to 8 hours per charge

Physical

Patient height range150-190 cm
Maximum patient weight100 kg

Display

DisplayTouchscreen tablet for selecting training modes and gait parameters

Power

BatteryIntelligent modular rechargeable battery (about 8 h continuous walking)

Safety

Safety systemsEmergency stop, automatic calibration, speed and position limitation, joint overload protection and fall prevention
Peripheral stimulationFoot plantar sensory feedback during training

Connectivity

Connectivityfor training control and monitoring

Regulatory

EU market accessCE MDR (TUV SUD) obtained at SP-MD-002 portfolio level, announced June 2024

Applications

Supply & contact

Supplied by SinoPro. Quotations, samples, OEM/ODM, inspection, consolidation shipping and after-sales are handled directly by us. Request pricing and the current technical revision through https://pro.rungiw.xyz/contact.