Mako Robotic Shoudler Replacement
What Is Mako Robotic Shoulder Replacement?
Mako Robotic Shoulder Replacement is an advanced surgical approach that uses robotic-assisted technology to help surgeons perform shoulder replacement with enhanced precision. By combining detailed 3D imaging with robotic guidance, the Mako system allows for more accurate implant positioning, helping restore natural shoulder movement and improve long-term outcomes.
When Is Mako Robotic Shoulder Replacement Recommended?
Mako robotic shoulder replacement may be recommended for patients who:
- Have severe shoulder arthritis or joint degeneration
- Experience chronic shoulder pain and stiffness
- Have limited range of motion affecting daily activities
- Have not found relief from medications, injections, or physical therapy
- Are candidates for shoulder replacement surgery based on imaging and overall health
How Is Mako Robotic Shoulder Replacement Performed?
Before surgery, advanced imaging is used to create a personalized 3D model of the patient’s shoulder. During the procedure, the surgeon uses the robotic system to guide bone preparation and implant placement according to the preoperative plan. The surgeon remains in full control throughout the procedure while the robotic arm assists with accuracy and consistency.
What to Expect During Recovery After Mako Robotic Shoulder Replacement?
After surgery, most patients wear a sling for a short period to protect the shoulder. Pain is typically well managed, and physical therapy begins soon after surgery to restore strength and mobility. Many patients experience improved function and reduced pain as healing progresses over the following weeks and months.
What Are the Risks of Mako Robotic Shoulder Replacement?
As with any surgical procedure, potential risks include:
- Infection
- Blood clots
- Nerve or blood vessel injury
- Implant loosening or wear
- Shoulder stiffness or instability
What Are the Benefits of Mako Robotic Shoulder Replacement?
Benefits of this advanced approach may include:
- Greater surgical precision and implant accuracy
- Personalized surgical planning
- Improved joint alignment and movement
- Reduced pain and improved function
- Potential for improved long-term outcomes
