Robotic-Assisted Technology
Dedicated To
Precision in Joint Surgery
Mr Beattie has trained extensively in both the MAKO® and VELYS™ robotic-assisted surgical systems and now focuses exclusively on the VELYS platform. Robotic assistance is used selectively where it offers clear benefits in surgical accuracy, safety, or recovery, with every treatment plan tailored to the individual patient.
How Robotic Assistance Works in Hip and Knee Replacement
Robotic-assisted technology is increasingly used in hip and knee replacement surgery to support accuracy and control.
Rather than taking over from the surgeon, the system provides real-time guidance to help plan and position the implant with precision. Small variations in alignment affect how well a joint performs over time, so accurate placement is essential for long-term success.
By tracking movement throughout the procedure and guiding implant positioning, robotic assistance helps reduce the chance of human error, supports smoother joint movement and can extend implant lifespan, even in complex cases.
Long-Term Confidence
Accurate implant placement helps improve long-term joint performance and reduces the chance of early wear or loosening. Robotic assistance supports this precision, which may lower the likelihood of needing revision surgery in the future.
Although the technology involves additional equipment, the potential for longer-lasting results, shorter hospital stays, and greater mobility over time offers clear benefits for both patients and healthcare providers.
Faster Recovery
Robotic assistance often enables a less invasive surgical technique. Smaller incisions and more controlled bone preparation result in reduced soft tissue disruption, less post-operative pain, and a quicker return to mobility.
Many patients spend less time in hospital and resume daily activities sooner than with traditional methods. Smaller wounds also tend to leave less visible scarring. The combination of precision and soft tissue preservation contributes to a gentler overall recovery process.
Considering Robotic-Assisted Surgery?
Robotic guidance is one of several approaches Mr Beattie offers. Not every patient will need it, but for those who do, it can provide meaningful benefits in accuracy, comfort and recovery. You can learn more about his background or explore the treatments he provides to see whether this approach may be suitable for you.
PERSONALISED HIP & KNEE CARE
Orthopaedic Services
Mr Beattie offers a comprehensive range of hip and knee services, from initial consultation through to complex surgical procedures.
Total Hip Replacement
When hip pain makes walking, sleeping or daily activity difficult, Total Hip Replacement offers lasting relief by replacing the damaged joint with a smooth, durable implant designed to restore mobility and confidence.
Total Knee Replacement
Total Knee Replacement restores mobility and reduces pain when arthritis or injury causes persistent stiffness, swelling, or instability that no longer responds to physiotherapy or medication.
Robotic Partial Knee Replacement
When arthritis affects only one side of the knee, Robotic Partial Knee Replacement can relieve pain while preserving more natural movement, offering a quicker recovery than a full replacement.
Revision Hip Replacement
If a previous implant becomes painful, loose or worn, Revision Hip Replacement surgery replaces or adjusts the original joint replacement to restore movement and relieve discomfort.
Revision Knee Replacement
Over time, a knee replacement may loosen or wear out. Knee Revision Surgery removes the old implant and fits a new one to improve function, relieve pain, and support long-term stability.
Knee Arthroscopy
Knee Arthroscopy is a minimally invasive procedure that uses a small camera to diagnose and treat joint problems such as torn cartilage or loose fragments with faster recovery than open surgery.