Robotic Knee Replacement in Birmingham

Mr Shakir Hussain is certified in all three leading robotic knee replacement systems: MAKO (Stryker), ROSA (Zimmer Biomet), and CORI (Smith & Nephew). One of very few UK surgeons with triple robotic certification.

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MAKO, ROSA & CORI
Triple-certified robotic surgeon
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5,000+
Total procedures
Doctify 4.98/5
Verified patient reviews
The Technology

What Is Robotic Knee Replacement?

Robotic knee replacement uses computer-guided technology to assist the surgeon in positioning the knee implant with greater precision than conventional instrumentation alone. The robotic system maps the patient's knee anatomy, guides bone preparation, and provides real-time data on implant alignment and soft tissue balance throughout the operation.

The robot does not perform the surgery independently. The surgeon controls every step of the procedure. Robotic technology acts as a highly precise tool that amplifies the surgeon's skill and provides a level of accuracy that is difficult to achieve consistently with manual technique.

Mr Hussain is certified in all three leading robotic surgery platforms used for knee replacement in the UK: MAKO (Stryker), ROSA (Zimmer Biomet), and CORI (Smith & Nephew). Very few surgeons hold triple certification. This means Mr Hussain can recommend the platform best suited to each patient's anatomy and circumstances, rather than defaulting to whichever system he has access to.

Robotic knee replacement: key facts

Mr Hussain's certifications: MAKO, ROSA, and CORI

How it helps: Improved implant accuracy, patient-specific planning, real-time guidance

CT scan: Required for MAKO; not required for ROSA or CORI

Who it suits: Selected patients where precision is likely to make a meaningful difference

Cost: Robotic surgery may carry a small additional cost. See the Fees page for details.

The Three Platforms

MAKO, ROSA, and CORI: Which Is Right for You?

Each of the three platforms Mr Hussain uses has distinct advantages. The right choice depends on your anatomy, the procedure being planned, and where your surgery will take place.

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MAKO (Stryker)

CT-based 3D pre-operative planning with a haptic robotic arm. The most extensively researched robotic knee platform. Suitable for total and partial knee replacement. Requires a CT scan before surgery.

MAKO in detail →
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ROSA (Zimmer Biomet)

Intraoperative optical tracking with no CT scan required. Provides continuous real-time ligament balance data throughout surgery. Particularly strong for total knee replacement where soft tissue balance is a priority.

ROSA in detail →
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CORI (Smith & Nephew)

Compact, imageless handheld robotic system. Uses intraoperative bone mapping, no CT scan required. Fast to set up. Suitable for total and partial knee replacement. Available at Harborne Hospital.

CORI in detail →
Feature MAKO ROSA CORI
CT scan required Yes No No
Planning 3D pre-op model Intraoperative optical tracking Intraoperative bone mapping
Robotic element Haptic robotic arm Optical guidance Handheld robotic burr
Partial knee Yes Primarily total knee Yes
Evidence base Largest in class Strong Strong
Available at Royal Orthopaedic Hospital Priory Hospital Edgbaston Harborne Hospital
Benefits and Considerations

What Are the Benefits of Robotic Knee Replacement?

Robotic assistance offers several potential benefits over conventional knee replacement. The evidence is strongest for improved implant accuracy and alignment, which is important because malaligned implants are a leading cause of pain, stiffness, and early failure.

  • More accurate implant positioning within planned tolerances
  • Patient-specific surgical planning rather than population averages
  • Real-time intraoperative feedback on bone cuts and soft tissue balance
  • Potential for better long-term implant survival in active patients
  • Reduced risk of complications related to malalignment

Not every patient needs robotic surgery. A conventional knee replacement performed by an experienced surgeon remains an excellent operation with high success rates. Mr Hussain will advise whether robotic assistance is likely to offer you a meaningful benefit at your consultation.

Robotic surgery vs conventional: what the evidence says

Multiple randomised controlled trials and large registry studies have compared robotic and conventional knee replacement. Key findings include:

  • Robotic systems consistently achieve implant positioning within tighter tolerances
  • MAKO studies show reduced revision rates at medium-term follow-up
  • Patient-reported outcomes are broadly similar, with some studies showing modest improvements in robotic groups
Triple Certification

Why Mr Hussain's Triple Certification Matters

Most surgeons offering robotic knee replacement are certified in a single platform. Mr Hussain holds certification in all three leading systems used in the UK: MAKO, ROSA, and CORI. This matters because it means his recommendation is based entirely on what is best for each patient's anatomy and circumstances, not on which system is available at a particular hospital.

His 5,000+ arthroplasty procedures are matched by 33 peer-reviewed publications and three consecutive Doctify Outstanding Patient Experience Awards, reflecting a practice built on both technical excellence and compassionate patient care.

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Robotic certifications: MAKO, ROSA, CORI
5,000+
Total procedures
4.98
Doctify verified rating
33
Peer-reviewed publications
Your Questions Answered

Frequently Asked Questions

What is robotic knee replacement surgery? +
Robotic knee replacement uses computer-guided technology to assist the surgeon in positioning the knee implant. The robotic system maps the patient's anatomy and provides real-time guidance during bone preparation and implant placement. The surgeon remains in full control throughout. Mr Hussain is certified in three robotic systems: MAKO (Stryker), ROSA (Zimmer Biomet), and CORI (Smith and Nephew).
What is the difference between robotic and conventional knee replacement? +
In conventional knee replacement, the surgeon uses manual jigs and instruments to guide bone cuts and implant placement. In robotic surgery, a computer system maps the patient's anatomy and provides real-time guidance that helps the surgeon achieve more precise positioning. The procedure itself is otherwise very similar, and recovery timelines are the same.
Is robotic knee replacement better? +
For many patients, robotic assistance improves implant accuracy and reduces the risk of malalignment. The evidence is strongest for MAKO, which has been studied in multiple randomised controlled trials. However, not every patient needs or benefits from robotic surgery. Mr Hussain will advise at consultation whether robotic assistance is likely to make a meaningful difference in your case.
What is the cost of robotic knee replacement in Birmingham? +
Robotic knee replacement may carry a small additional cost compared to conventional surgery. Full details are on the Fees page. Most major private insurers cover robotic knee replacement when medically indicated. Wendy Richards, Mr Hussain's secretary, can assist with pre-authorisation.
Which robotic system is best for knee replacement? +
Each of the three platforms has distinct strengths. MAKO has the largest published evidence base and uses CT-based pre-operative 3D planning. ROSA is strong for real-time ligament balancing and requires no CT scan. CORI is compact and imageless, using intraoperative bone mapping. Mr Hussain holds certification in all three and will recommend the most appropriate system for your case.

Ready to Discuss Your Knee Replacement?

Take the first step towards a pain-free, active life. Book a consultation with Mr Hussain to discuss your options in confidence.