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Artroplastia
Medicina Deportiva
Companies
Productos
Artroplastia
Producto por terapias
Producto por tipo
Medicina Deportiva
Producto por terapias
Portafolio de rodilla - Reconstrucción A CL /PCL
Portafolio de rodilla - Reparación de meniscos
Portafolio de Hombros - Bankart/Slap Repair
Portafolio de Hombros - Reparación de manguito rotador
Producto por tipo
Implante de fijación cortical de lazo ajustable
Sistema de Reparación Meniscal Todo Interior
Todas las anclas de sutura
Tornillos de interferencia bioabsorbibles
Ancla de sutura PEEK sin nudos
Tornillos de interferencia PEEK
Scope
Anclajes de sutura PEEK atornillados
Reparación de tejidos blandos PEEK Anclajes
Tornillos de interferencia de titanio
- Cuvis Joint
Cuvis Joint
Experience the Future of Joint Replacement with Cuvis – The Fully Automated Robotic System Designed for Precision, Personalization, and Performance.
- Fully automated robotic system for unmatched surgical precision.
- CT-based 3D planning tailored to each patient’s anatomy.
- Sub-millimetre bone cutting accuracy for optimal implant fit.
- Minimizes bone and soft tissue damage, aiding faster recovery.
- Real-time monitoring with adaptive cutting for enhanced safety.
- Consistent, reproducible results by reducing human error.
- Less blood loss, minimal trauma, and quicker rehabilitation.
Frequently Asked Questions
How does CUVIS robot-assisted knee replacement work?
CUVIS robot-assisted knee replacement combines advanced planning, robotic assistance, and surgeon expertise to perform precise bone preparation and implant positioning. The system helps surgeons follow a personalized surgical plan while providing controlled robotic guidance during the procedure, supporting accurate alignment and balanced knee reconstruction.
How does the CUVIS robot improve knee replacement accuracy?
CUVIS enhances accuracy by using advanced navigation and robotic control to guide bone preparation according to the patient-specific surgical plan. It helps maintain planned alignment, component positioning, and bone resection accuracy while reducing variability during surgery.
How does CUVIS help surgeons personalize knee replacement procedures?
CUVIS enables patient-specific surgical planning by allowing surgeons to evaluate individual knee anatomy and customize implant positioning based on each patient’s requirements. The system supports personalized alignment strategies, soft tissue balancing assessment, and optimized component placement for improved functional outcomes.
What technology is used in the CUVIS robotic surgery platform?
The CUVIS robotic surgery platform uses technologies such as 3D surgical planning, robotic assistance, optical tracking, and real-time intraoperative feedback. These technologies help surgeons accurately execute the planned procedure while maintaining control throughout the knee replacement surgery.
How does real-time monitoring work during CUVIS surgery?
During surgery, CUVIS uses real-time tracking technology to monitor the position of the patient’s anatomy and surgical instruments. This allows the system to provide continuous feedback to the surgeon, helping maintain accuracy during bone preparation, implant positioning, and alignment correction.
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