Smith+Nephew CORI
Best for:
Knee arthroplasty; hip navigation
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Explore surgical robots and robotic surgery systems for minimally invasive, orthopaedic, neurological and other clinical procedures. View system type, instruments, clinical applications, regulatory status, availability and surgical robot price information to understand the options used in modern operating rooms.
Best for:
Knee arthroplasty; hip navigation
Best for:
Image-free knee arthroplasty
Best for:
Minimally invasive soft-tissue surgery
Best for:
Multiport robotic surgery
Best for:
Single-port robotic surgery
Best for:
Value-oriented robotic surgery
Best for:
Multi-specialty robotic surgery
Best for:
Orthopaedic robotic surgery
Best for:
Legacy multiport robotic surgery
Best for:
Legacy multiport robotic surgery
Best for:
Medical-device integration
Buying a surgical robot requires far more than comparing hardware specifications. Clinical indication, regulation, evidence, instruments, training, operating-room integration, service, cybersecurity and long-term consumable costs vary between surgical robotics companies. Anton Robots brings these details together so qualified healthcare buyers can evaluate robotic surgery technology within formal procurement processes.
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Surgical robots are computer-controlled systems that help trained clinicians perform procedures with specialised instruments. Surgical robotics can support precise movement, visualisation and minimally invasive access, but the surgeon remains responsible for planning and controlling the procedure.
Types of surgical robots include a multi-port robotic surgical system, a single-port platform, an orthopaedic positioning or cutting system, a surgical robotic arm for specific procedures and specialised medical surgical robots for neurosurgery, endoscopy or microsurgery. Medical surgery robots and a general surgery robot may be designed around a specific procedural area, while the phrase types of robotic surgery refers to the procedures and clinical approaches enabled by these platforms.
Hospitals should review approved clinical indications, evidence, surgeon training, case volume, instruments, sterilisation, operating-room space, imaging compatibility, cybersecurity and service coverage. Robotic surgery systems also require governance, credentialing, workflow planning and long-term financial evaluation. Operating room robotic surgery also requires assessment of room turnover, instrument processing and team workflow. Procurement teams should compare evidence, support and commercial terms across robotic surgery companies.
Surgical robot price varies significantly by platform, clinical scope and commercial model. Robotic surgery costs can include the capital system, instruments, consumables, service contracts, training, facility changes and software. Total cost should be assessed against expected case volume and clinical objectives. A robotic surgery machine should be evaluated as a complete clinical programme rather than a standalone capital asset.
Most current robotic surgery devices are surgeon-controlled or provide constrained assistance rather than independent surgery. Autonomous surgical robots remain an emerging area. Buyers should distinguish research demonstrations from regulated robotic surgical devices approved for specific clinical use.
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