Trexo Robotic Accessories Kit

Complete kit containing materials and components for in-clinic orthotic customization and modification. Enables healthcare providers to adjust standard orthotic models to patient-specific requirements.

Prosthetic kit for surgical and orthopedic applications, designed to support prosthetic fitting and rehabilitation procedures. Includes essential instruments and components for prosthesis assembly and patient adaptation in physiotherapy settings.

Comprehensive accessory components for sports medicine procedures, including guides, anchors, and supplementary fixation devices.

Comprehensive collection of orthopaedic support devices for multiple body regions and conditions. Provides healthcare facilities with versatile solutions for rehabilitation and injury management.

Complete kit for applying skin traction in orthopedic and musculoskeletal treatment. Includes necessary components for safe and effective traction therapy with patient comfort considerations.

KIDS KIT X2P-1 is a pediatric physiotherapy and orthopedic support kit designed for children requiring joint stabilization and mobility assistance. The kit includes multiple components for knee, ankle, and general joint support during rehabilitation and daily activities. Suitable for post-injury recovery, orthopedic management, and physiotherapy interventions in pediatric patients.

Customized kit containing therapeutic and recovery tools for sports performance support. Includes various devices and consumables selected for specific athletic disciplines and training requirements.

Advanced wearable robotic device assisting children and individuals with movement restrictions in walking. Designed for conditions such as cerebral palsy, spinal muscular atrophy, and neuromuscular disorders to improve daily living skills.

A robotic exoskeleton system featuring sensor-equipped end effectors for upper limb rehabilitation. Designed with adjustable components including seat height, backrest, and arm attachments to accommodate different patient sizes during therapeutic treatment.

Integrated robotic rehabilitation platform for comprehensive upper extremity motor recovery following neurological injury. Combines Error Augmentation forces with gamified virtual environment tasks to enhance patient engagement and provide objective progression indicators during therapy.

Ergonomic assistive device integrated with exoskeleton control system, featuring back support for cervical injury patients and emergency shutdown mechanisms. Designed for use during rehabilitation training with adjustable parameters requiring no tools.

A flexible training system for coordination, stability, and reaction capacity of the upper and lower extremities. It provides game-based exercises with biofeedback for rehabilitation.