The TX2-60L MedX Ready is a 6-axis high-precision robotic system engineered specifically for medical and surgical assistance. Designed to deliver exceptional accuracy, repeatability, and reliability, it supports critical healthcare applications including orthopedic surgery, neurosurgery, oncological procedures, advanced diagnostics, medical imaging, and robotic rehabilitation.

Developed under a Quality Management System compliant with ISO 13485:2016, the TX2-60L MedX Ready embodies the highest standards of quality, traceability, and safety required for medical device manufacturing.

An optional manual guidance solution, MedXguiding, enhances system usability by enabling intuitive hand-guided positioning. Equipped with an integrated force sensor, this feature provides seamless control during procedures, improving precision, workflow efficiency, and clinical confidence.

Key Application Areas

· Robotic Surgery

· Robot-Assisted Imaging

· Diagnostics & Treatment

· Robotic Rehabilitation

Key Features

Hygienic Design
Lightweight construction with a smooth, easy-to-clean surface and disinfectant-resistant coating, meeting stringent hygiene standards required in medical environments.

Hand Guiding Function (Optional)
Integrated force-sensing technology enables intuitive manual manipulation for precise positioning and optimized procedural control.

High Connectivity
Advanced connectivity supports integration with IoT platforms, cloud infrastructure, and AI-driven systems—enhancing data management, operational efficiency, and patient care.

Sustainable High Precision
Exceptional accuracy and motion control ensure consistent, stable performance in applications demanding fine detail and repeatability.

Safety – SIL3-PLe Compliance
Designed to meet SIL3-PLe safety requirements, incorporating rigorous safety architecture, validation, and monitoring processes to ensure secure operation in critical healthcare settings.

Optimal Structural Stiffness
Engineered stiffness optimization ensures enhanced stability and precision under load, supporting demanding surgical and diagnostic tasks.