Treatment

Zero-Gravity Spinal Surgery

Overview

Zero-Gravity Spinal Surgery is a cutting-edge, minimally invasive spinal surgery technique designed to treat a range of spinal disorders with precision and minimal trauma. It uses advanced robotic assistance and ergonomic surgical positioning, allowing the surgeon to operate as if in a “zero-gravity” environment—enhancing control, reducing fatigue and improving accuracy. This innovative technique has become a preferred choice for treating herniated discs, spinal stenosis and chronic back pain, offering quicker recovery and less risk compared to traditional open surgery.

Why Zero-Gravity Spinal Surgery Treatment is Required?

• To treat herniated discs causing nerve compression and back pain.
• For conditions like spinal stenosis, degenerative disc disease or slipped discs.
• When non-surgical treatments like physiotherapy or medication fail to relieve pain.
• To avoid extensive muscle cutting and prolonged hospital stay.
• For people seeking the best treatment for spinal disorders with less downtime.
• In cases where traditional spinal surgery poses higher risk due to age or health conditions.

Key Advantages of Zero-Gravity Spinal Surgery Treatment

• Minimally invasive spinal surgery that reduces trauma to muscles and tissues.
• Less blood loss and significantly lower risk of infection.
• Shorter hospital stay—many patients go home the same or next day.
• Faster return to daily activities due to minimal recovery time.
• High success rate in relieving chronic pain and restoring mobility.
• Superior precision due to robotic and gravity-neutral technology.
• Ideal for complex cases with less stress on the surgeon and more accuracy.

How Should You Prepare Yourself Before Zero-Gravity Spinal Surgery Treatment

• Stop blood-thinning medications as advised by your doctor.
• Undergo routine pre-surgical tests like MRI, blood tests and cardiac clearance.
• Share your complete medical history including allergies and previous surgeries.
• Maintain a balanced diet and stay hydrated before the surgery.
• Arrange someone to assist you after discharge for a few days.
• Avoid food or drink at least 8 hours before the procedure (as advised).
• Discuss any concerns or anxiety with your doctor to stay mentally prepared.

How Zero-Gravity Spinal Surgery Treatment is Performed?

• The patient is placed in a zero-gravity ergonomic position that enhances surgical access.
• Surgeons use robotic and minimally invasive tools for high precision.
• A tiny incision is made, and special instruments are inserted to access the spine.
• Damaged or herniated disc material is removed or corrected.
• In some cases, spinal implants or fusion devices are inserted.
• The incision is closed with minimal stitches, and the patient is monitored post-op.

What You Can Expect Before, During and After Procedure?

• Before the Procedure:
• Pre-operative instructions and medical evaluation are conducted.
• You will meet with the anesthesia team for assessment.
• Consent and preparations are done in the hospital.
• During the Procedure:
• You will be under general or spinal anesthesia.
• Surgeons perform the Zero-Gravity spine treatment using robotic tools.
• The process is completed within 1–3 hours depending on complexity.
• After the Procedure:
• You will be shifted to a recovery room for observation.
• Pain is usually minimal and managed with mild medications.
• You may start walking within a few hours or by the next day.
• Discharge often happens within 24–48 hours.
• Follow-up and physiotherapy may be suggested based on the case.

Risk and Potential Complications

• Temporary nerve irritation or numbness.
• Risk of infection, though very low in Zero-Gravity spinal procedures.
• Bleeding or blood clots (rare with minimally invasive approach).
• Anesthesia-related side effects.
• Rare chances of hardware failure if spinal implants are used.
• Persistent pain in complex or long-standing cases.

Results/Outcomes

• Significant reduction in back pain and leg pain in herniated disc cases.
• Quick recovery with improved spinal stability and mobility.
• Minimal scarring and excellent cosmetic outcomes.
• High success rate of Zero-Gravity spinal procedures, especially in young and fit patients.
• Long-term results show high patient satisfaction and return to active life.