Robotic-Assisted Surgery
Robotic-assisted surgery is an advanced surgical approach designed to support precision, planning, and consistency during selected procedures. At Oriental Melaka Straits Medical Centre (OMSMC), robotic-assisted technology is integrated into our orthopaedic services to enhance surgical accuracy while maintaining personalised patient care.
Building on years of experience in computer-assisted surgery, our orthopaedic team utilises robotic-assisted solutions to support implant positioning, alignment, and controlled execution during knee joint replacement procedures.
This technology allows surgeons to plan and perform procedures with enhanced guidance while tailoring each surgery to the patient’s anatomy.
Our Services
Building on years of experience in computer-assisted surgery, our orthopaedic team utilises robotic-assisted solutions to support implant positioning, alignment, and controlled execution during knee joint replacement procedures.
Why Robotic-Assisted Surgery?
Robotic-Assisted Technology Supports
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Personalised surgical planning
More precise implant positioning
Improved alignment guidance
Real-time intraoperative guidance
CT-free workflow for selected procedures
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Controlled and guided surgical execution
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Potential support for functional recovery
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Less pain
Who May Benefit?
Who May Benefit from Robotic-Assisted Knee Replacement
- Knee osteoarthritis
- Severe knee pain affecting daily activities
- Knee deformity or alignment issues
- Limited mobility due to joint degeneration
- Patients considering knee replacement surgery
A consultation with an orthopaedic surgeon is recommended to determine suitability based on individual condition and treatment needs.
At OMSMC, robotic-assisted surgery builds on our established experience in computer-assisted joint replacement. This evolution reflects our ongoing commitment to advancing orthopaedic care through technology-supported precision and patient-centred treatment.
By combining surgical expertise with advanced technology, we aim to support consistent planning, alignment, and execution in knee joint replacement procedures.