SPINE CORNER: Kenal Lebih Dekat dengan Robotic Spine Surgery (Robbin) RS Premier Bintaro

Summary

Robotic spine surgery is transforming spinal care with enhanced accuracy, efficiency, and safety. The procedure uses advanced technology, including a robotic arm, sensors, and monitoring systems, to guide the precise placement of spinal implants. The surgery begins with a detailed scan and planning phase, followed by the robotic arm executing the plan with 99% accuracy. Key benefits include reduced complications, such as nerve damage, and the ability to handle complex cases like severe scoliosis. This innovative approach offers safer, more efficient outcomes, making it a promising option for spinal patients.

Takeaways

• 😀 Robotic spine surgery utilizes advanced technology to enhance the precision and safety of spine operations.
• 😀 The key components of robotic spine surgery include a monitor, robotic arm, and sensor for detecting the patient's anatomy.
• 😀 A pre-operative scan is used to collect data about the patient’s spine, which is then entered into the robotic system for detailed planning.
• 😀 The robotic system allows for millimeter-level precision in planning the placement of implants, improving accuracy in surgery.
• 😀 The robotic arm performs the surgery based on the pre-set plan, offering consistent and stable movements for accurate implant placement.
• 😀 One of the major benefits of robotic spine surgery is its high accuracy, with a success rate of up to 99% for implant placement.
• 😀 Robotic surgery increases efficiency by eliminating fatigue and stress, even in challenging cases like severe scoliosis.
• 😀 The robotic system significantly reduces the risk of nerve damage during surgery, making it a safer option compared to traditional methods.
• 😀 Robotic spine surgery is suitable for a range of complex spine conditions, offering an advanced solution for difficult cases.
• 😀 Patients are encouraged to consult with doctors regarding spine issues, as robotic surgery technology is a modern and effective option for treatment.

Q & A

What is robotic spine surgery?

Robotic spine surgery involves using a robot-assisted system to perform procedures on the spine, particularly for the precise placement of implants like screws.

What are the main components of the robotic spine surgery system?

The main components of the robotic spine surgery system include a monitor, a robotic arm, and a sensor to detect the patient during the operation.

How does the robotic system plan the surgery?

The system first scans the patient, and the scan results are entered into the robot’s system. The surgeon then uses the monitor to plan the implant placement with high precision.

How accurate is robotic spine surgery?

Robotic spine surgery is highly accurate, with an accuracy rate of up to 99%, especially in the precise placement of implants.

What is the role of the robotic arm in the surgery?

The robotic arm follows the pre-determined plan on the monitor and is used to position the implants accurately. The surgeon controls the arm with a pedal to move it into the correct position.

What benefits does robotic spine surgery offer compared to traditional surgery?

Robotic spine surgery offers three key benefits: higher accuracy, improved efficiency, and enhanced safety. It reduces complications, particularly nerve injuries during implant placement.

Why is robotic spine surgery more efficient?

The robot does not tire or experience stress, making it more efficient in handling complex cases, including severe spinal deformities like scoliosis.

How does robotic spine surgery enhance patient safety?

The robot minimizes the risk of complications, particularly nerve injuries, by following precise plans for implant placement, reducing human error.

Can robotic spine surgery be used for severe spinal deformities like scoliosis?

Yes, robotic spine surgery is particularly beneficial for difficult cases, such as severe scoliosis, because it can accurately and efficiently handle complex spinal deformities.

How does the robotic system improve the surgical process during the operation?

The robotic system allows for precise and stable positioning of implants, making the procedure safer and faster. The robotic arm works according to the planning made before the surgery, ensuring high accuracy.