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Robotic & Navigation-Assisted Spine Surgery

Enhancing Precision & Optimising Surgical Outcomes

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What Is Robotics and Navigation-Assisted Spine Surgery?

Robotics and navigation-assisted spine surgery integrates advanced technology with traditional surgical techniques to improve accuracy, minimise risks, and enhance patient outcomes. These cutting-edge methods allow for precise placement of implants, real-time visualisation of spinal structures, and reduced tissue disruption, leading to faster recovery and improved surgical success rates.

Mr Gordan Grahovac utilises state-of-the-art robotic-assisted and computer-guided techniques to enhance the precision and safety of spinal procedures. Whenever possible, he prioritises minimally invasive approaches to reduce recovery time and optimise long-term spinal function.

Who Benefits from Robotics and Navigation-Assisted Spine Surgery?

This advanced technology is beneficial for patients requiring:

  • Spinal Fusion Surgery – Enhanced accuracy in pedicle screw placement for greater stability.

  • Minimally Invasive Spine Surgery (MISS) – Reducing tissue damage, scarring, and post-operative pain.

  • Complex Spinal Deformity Correction – Precision guidance for scoliosis and other spinal abnormalities.

  • Spinal Tumour Surgery – Targeted tumour removal with real-time imaging.

  • Spinal Trauma & Reconstruction – Improved outcomes for stabilisation after fractures or infections.

Each case is evaluated individually to determine whether robotic-assisted or image-guided technology can enhance surgical precision and improve recovery outcomes.

Advanced Surgical Technologies
Used by Mr Gordan Grahovac

  • Robotic-Assisted Spinal Fusion (e.g., Mazor X, ExcelsiusGPS)


    A cutting-edge technique that improves the accuracy of pedicle screw placement, enhancing spinal stability.

    How it works: A robotic system assists in planning and executing pedicle screw insertion based on preoperative imaging and real-time intraoperative feedback.

    Conditions it treats: Spinal instability, degenerative disc disease, scoliosis, and spinal fractures requiring fusion.

    Recovery time: Most patients recover within 6–12 weeks, with ongoing improvements over several months.

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  • Computer-Assisted Navigation for Spinal Surgery


    A technology that provides real-time 3D imaging and intraoperative guidance to ensure precise surgical execution.

    How it works: Advanced navigation software integrates with CT or MRI imaging to create a 3D model of the spine, allowing for detailed surgical planning and intraoperative accuracy.

    Conditions it treats: Complex spinal deformities, tumours, and fusion procedures requiring precise implant placement.

    Recovery time: Recovery varies based on the procedure, but improved accuracy leads to fewer complications and faster post-operative healing.

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  • Image-Guided Spine Surgery (IGS)


    A highly accurate method using fluoroscopy, CT, or MRI to enhance surgical precision.

    How it works: Image guidance provides real-time visualisation of spinal structures, reducing the risk of complications and improving the safety of minimally invasive procedures.

    Conditions it treats: Herniated discs, spinal stenosis, and other conditions requiring decompression or stabilisation.

    Recovery time: Patients typically recover faster compared to traditional surgery due to minimal tissue disruption.

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Recovery & Long-Term Results

  • Most patients are discharged within 24–72 hours, depending on the complexity of the surgery.

    • Pain management includes prescribed medications and anti-inflammatory treatments.

    • Patients should avoid excessive bending, twisting, and heavy lifting.

    • Light movement, such as short walks, is encouraged to support circulation and healing.

    • Physiotherapy typically begins within a few weeks to restore mobility and spinal strength.

    • Postural corrections and ergonomic adjustments help prevent future strain on the spine.

    • Most patients resume light activities within 6–12 weeks.

    • High-impact activities and heavy lifting should be avoided for 3–6 months, depending on recovery progress.

    • Greater surgical accuracy – Minimising risks and reducing complications.

    • Reduced recovery time – Less tissue damage and quicker post-operative healing.

    • Improved long-term outcomes – Enhanced spinal stability and function.

    • Lower complication rates – Reduced risk of revision surgery due to precise implant placement.

The use of robotic and image-guided techniques enhances surgical precision, which translates to better patient outcomes and faster recovery times.

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Why Choose Mr Gordan Grahovac for Robotics and Navigation-Assisted Spine Surgery?

Gordan Grahovac, spine surgery specialist

With over 20 years of experience, Mr Gordan Grahovac is a leading Consultant Neurosurgeon & Complex Spinal Surgeon in London, specialising in the latest advancements in robotic-assisted and image-guided spinal surgery. His expertise includes:

  • Minimally Invasive Techniques – Reducing recovery time, pain, and surgical risks.

  • Patient-Centred Treatment Plans – Tailoring every approach to the individual’s condition.

  • State-of-the-Art Technology – Incorporating the latest robotic and navigation-assisted systems for superior precision.

  • Comprehensive Rehabilitation Strategies – Ensuring the best possible post-operative recovery and long-term spinal health.

His patient-first approach ensures that every individual receives the highest standard of care, with a focus on precision, safety, and long-term spinal function.

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What Patients Are Saying

Frequently Asked Questions:
Robotic & Navigation-Assisted Spine Surgery

  • Robotic-assisted techniques provide greater precision, reducing the risk of complications and improving surgical outcomes. However, not all cases require robotic technology, and Mr. Grahovac carefully assesses each patient’s needs before recommending the best approach.

  • Yes, due to increased precision and minimally invasive techniques, many patients experience faster recovery and reduced post-operative pain compared to traditional surgery.

  • Yes, robotic spine surgery is extremely safe when performed by an experienced spinal surgeon. The advanced imaging and guidance systems reduce surgical risks and improve accuracy.

  • Patients requiring spinal fusion, decompression, or complex spinal reconstruction may benefit from robotic or image-guided techniques. Mr. Grahovac assesses each case individually to determine suitability.

Take the First Step Towards a Safer, More Precise Spine Surgery

Robotics and navigation-assisted spine surgery offers enhanced accuracy, improved safety, and faster recovery times. If you require spinal surgery, expert care using the latest technology can optimise your outcomes.

Book a consultation with Mr Gordan Grahovac today to discuss whether robotic or image-guided spine surgery is the right treatment for you.

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