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Staeubli - Model TX2-60LMedX Ready -High-Precision Medical Robot
Introducing theTX2-60L MedX Ready, a 6-axis precision robot, designed as medical and surgical assistant. Engineered for high accuracy, this medical robot excels in critical applications such as orthopedics, neurosurgery, cancer surgery, and diagnostics, ensuring consistent and reliable performance.
Developed under anISO 13485:2016 - compliant QMS (Quality Management System), the TX2-60L MedX Ready reflects our commitment to quality and safety in medical technology.
Available with the robot, MedXguiding offers a straightforward andintuitive manual guiding system, providing seamless control and manipulation during procedures. This feature enhances the precision and efficiency of medical tasks, empowering professionals with enhanced capabilities.
- Robotic Surgery
- Robot-assisted Imaging
- Diagnostics & Treatment
- Robotic Rehabilitation
For more than three decades, Stäubli Robotics has been a trusted partner in medical robotics, delivering cutting-edge solutions for healthcare professionals worldwide.
Compliant with international standards for medical device manufacturing, ensuring consistent quality and reliability expected in healthcare settings.
Global service support
At Staubli Robotics, we`re by your side, actively navigating the approval and certification processes to ensure a smooth market launch. Our expert preventive maintenance and servicing ensure optimal performance throughout your product`s lifecycle, allowing you to focus on your vision and success. We are dedicated to turning your ideas into reality, emphasizing efficiency, productivity, and sustainability for your projects.
The lightweight robot features a smooth, easy-to-clean surface and paint resistant to disinfectants, meeting stringent hygiene requirements for medical environments.
Hand Guiding optional function with integrated Force Sensor enables intuitive manual control for precise positioning.
High connectivity in medical robotics enhances operational efficiency, data-driven decision-making, and patient care through advanced technologies like IoT, cloud computing and AI.
Precision ensures accurate and controlled robotic movements, essential for tasks like surgery and diagnostics where high detail is required.
SIL3-PLe provide frameworks for achieving high safety integrity in medical robotics. These systems demand rigorous design, testing, and monitoring processes, ensuring that robots can safely perform critical tasks in healthcare settings.
Optimizing stiffness in medical robotics is a crucial aspect of developing effective and safe robotic systems for healthcare applications.