ErgoBot
Robotic Assisted Ergotherapy for Smarter Rehabilitation
Empowering comfort, precision, and care.
ErgoBot represents the future of Nursing Home Automation — an intelligent robotic system that transforms traditional therapy into Robotic Assisted Ergotherapy and Robotic Assisted Occupational Therapy. Designed for use in Robotic Assisted Nursing Homes and rehabilitation centers, ErgoBot performs fully passive rehabilitation for all major upper and lower limb joints.
Covering 22 targeted programs for the ankle, knee, hip, wrist, elbow, and shoulder, ErgoBot gently mobilizes each joint with therapist-defined precision. It provides safe, consistent, and data-driven motion to enhance recovery while reducing therapist workload.
With its ergonomic design, intuitive interface, and advanced motion control, ErgoBot brings automation, comfort, and efficiency to every care environment.
ErgoBot — redefining therapy through robotic precision and smart nursing care.
Hip Flexion / Extension
Robotic assisted ergotherapy allows controlled hip flexion and extension for patients in early or advanced recovery stages.In nursing home automation environments, ErgoBot enables continuous, repeatable therapy with minimal therapist fatigue.Robotic assisted occupational therapy improves functional gait training and seated mobility outcomes.Each motion is guided with adjustable ROM to support both passive and active modes.This solution reduces dependency on manual therapist handling and standardizes treatment quality.Robotic assisted nursing home systems like ErgoBot promote safety and consistency in repetitive motions.Patients benefit from smooth, precision-controlled execution with real-time therapist supervision.Designed for rehabilitation centers and robotic assisted nursing home facilities focused on mobility restoration.
Hip Abduction / Adduction
ErgoBot enables robotic assisted ergotherapy for hip abduction and adduction with clinically precise motion paths.Nursing home automation allows continuous therapy even with limited therapist availability.Robotic assisted occupational therapy supports lateral stability training essential for standing balance.The system provides passive and active-assist modes based on patient capability.Ideal for post-stroke, orthopedic, and geriatric mobility programs.Robotic assisted nursing home systems reduce physical load on caregivers and therapists.The robotic arm ensures safe joint alignment and optimized biomechanical movement.A reliable solution for long-term care facilities aiming to standardize lower-limb therapy.
Hip Internal / External Rotation
Robotic assisted occupational therapy with ErgoBot ensures controlled hip rotation critical for gait symmetry.Nursing home automation enables continuous delivery of rotational therapy without manual repositioning.Robotic assisted ergotherapy helps prevent joint stiffness and maintain capsular mobility in elderly patients.Therapists can predefine safe rotational ROM to protect sensitive hip joints.This structured training supports functional activities like turning and directional walking.Robotic assisted nursing home platforms allow safe usage even with high patient volume.ErgoBot promotes better neuromuscular coordination with repeatable motion cycles.Designed for geriatric centers and rehabilitation clinics using robotic assisted therapy models.
Knee Flexion / Extension
ErgoBot delivers robotic assisted ergotherapy for knee flexion and extension with high precision.Ideal for nursing home automation where continuous lower-limb therapy is needed.Robotic assisted occupational therapy supports functional independence in sit-to-stand transitions.The system reduces therapist workload and ensures consistent treatment delivery.Adaptive resistance modes allow progression from passive mobilization to active training.Robotic assisted nursing home platforms enable safe integration into daily therapy schedules.Helps maintain knee ROM and prevents contractures in long-term care residents.Perfect for geriatric rehabilitation workflows requiring efficiency and repeatability.
Ankle Dorsiflexion / Plantarflexion
Robotic assisted ergotherapy for ankle mobility prevents drop-foot and improves gait readiness.Nursing home automation with ErgoBot allows regular ankle mobilization without manual manipulation.Robotic assisted occupational therapy improves walking balance and toe-clearance capability.The guided motion helps prevent stiffness in bedridden or low-mobility patients.Ideal for stroke recovery and orthopedic rehabilitation protocols.Robotic assisted nursing home integration ensures consistency even with limited staffing.ErgoBot supports both passive range expansion and active motor re-education.A highly effective module for preventive care in elderly mobility decline.
Shoulder Flexion / Extension
ErgoBot provides robotic assisted ergotherapy to maintain shoulder flexion and extension function.In nursing home automation scenarios, it ensures daily upper limb mobility without therapist strain.Robotic assisted occupational therapy supports reaching ability essential for ADL independence.The system ensures safe scapulohumeral rhythm with guided joint alignment.Active and passive modes adapt to varying muscle strength levels.Robotic assisted nursing home deployment improves therapy accessibility for bedridden patients.This motion supports hygiene activities, feeding, and daily personal care abilities.A reliable tool for standardized upper-limb rehabilitation in long-term care settings.
Shoulder Abduction / Adduction
Robotic assisted occupational therapy improves shoulder abduction and adduction necessary for lateral arm movement.Nursing home automation ensures patients receive consistent ROM sessions without scheduling bottlenecks.Robotic assisted ergotherapy helps maintain joint health and prevent adhesive capsulitis.ErgoBot allows therapists to monitor progress with reduced manual effort.This function supports dressing, transfer movements, and wheelchair positioning tasks.Robotic assisted nursing home systems enhance autonomy and reduce caregiver burden.Smooth guided motion increases patient comfort and compliance.An optimal solution for repetitive upper limb therapy in high-volume rehabilitation facilities.
Shoulder Internal / External Rotation
ErgoBot offers robotic assisted ergotherapy to maintain internal and external rotation capacity.Nursing home automation enables therapy delivery even outside standard physio scheduling.Robotic assisted occupational therapy supports functional arm rotation for dressing and ADL tasks.Precise rotational guidance prevents compensatory movement patterns.Suitable for neurological and orthopedic rehabilitation pathways.Robotic assisted nursing home integration improves continuity of care.Adaptive ROM programming allows personalized therapy intensity.Supports better long-term joint integrity in elderly care environments.
Elbow Flexion / Extension with ErgoBot
Robotic assisted ergotherapy ensures precise elbow flexion and extension training for functional recovery.Nursing home automation allows repetitive therapy without exhausting therapists.Robotic assisted occupational therapy improves reaching, feeding, and grooming capabilities.ErgoBot’s controlled path reduces strain and protects joint structures.Active engagement modes promote early neuromuscular reactivation.Robotic assisted nursing home infrastructure enables efficient therapy distribution.Ideal for post-stroke rehabilitation and age-related mobility decline.A consistent therapy approach aligned with modern robotic assisted care models.
Wrist Flexion / Extension
ErgoBot supports robotic assisted ergotherapy to restore wrist flexion and extension function.Nursing home automation ensures fine-motor training is not neglected due to staff limitations.Robotic assisted occupational therapy enhances hand control essential for ADLs.The movement helps prevent stiffness and maintain tendon gliding.Active-resistive features encourage muscle re-education.Robotic assisted nursing home facilities can scale therapy delivery efficiently.Smooth robotic guidance increases compliance and safety.A valuable component for comprehensive upper-limb rehabilitation in aging populations.
Wrist Ulnar / Radial Deviation
Robotic assisted occupational therapy improves wrist deviation control for precise hand positioning.Nursing home automation ensures repetitive motion delivery without therapist fatigue.Robotic assisted ergotherapy maintains joint alignment and fine-motor capacity.Ideal for post-stroke, Parkinson’s, and long-term immobility cases.Therapists can predefine safe motion limits and progression steps.Robotic assisted nursing home systems improve therapy access for residents.Supports rehabilitation goals related to grip and hand placement accuracy.ErgoBot ensures consistent, safe, and traceable therapy execution.