Mako Robotic Interview With Nadim Aslam
In this 3-minute video interview, Consultant Orthopedic Surgeon Mr. Nadim Aslam explains the core technology and clinical benefits of using the Stryker MAKO robotic system for total knee and hip replacements.
Here is a summary of the breakdown he provides:
Technology & Procedure
Pre-Operative 3D Blueprint: The system integrates the patient's CT imaging data with advanced 3D software to map out the exact size, shape, and alignment of the joint prior to the operation. This enables a highly customized implant placement plan tailored to the individual patient's anatomy.
Sub-Millimeter Execution: During surgery, dedicated tracking sensors map the joint in 3D space. The surgeon manually controls the robotic arm to remove bone with sub-millimeter precision, effectively protecting surrounding healthy tissue and bone structure.
Surgeon-Led Control: Mr. Aslam emphasizes that the surgeon remains entirely in control of the robotic arm at all times. The robot serves as an interactive guide that allows the surgeon to make dynamic, real-time adjustments mid-operation while ensuring the customized blueprint is predictably executed.
Direct Benefits for Patients
Compared to traditional procedures that depend on manual cutting guides, this robotic-assisted approach offers:
- A faster recovery timeframe and reduced length of hospital stay.
- Lower levels of post-operative pain and less reliance on pain relief medications.
- A more balanced, natural-feeling joint replacement.
- Enhanced structural accuracy that lowers the risk of surgical complications and maximizes the long-term durability of the implant.
