Robotic Joint Replacement

Precision-driven robotic technology for knee and hip replacement with faster recovery and improved implant accuracy.

About Robotic Joint Replacement

Robotic-assisted joint replacement is an advanced minimally invasive procedure that uses robotic technology and 3D imaging to perform knee and hip replacements with greater precision and personalized planning.

Using pre-operative CT scans, a detailed 3D model of the joint is created to help accurately plan implant positioning before surgery.

During the procedure, the robotic system assists the surgeon with precise bone preparation while protecting surrounding healthy tissues and ligaments.

Key Features

Pre-Operative 3D Planning

Detailed CT-based mapping helps customize surgery according to the patient’s anatomy.

Improved Surgical Accuracy

Robotic assistance allows highly precise implant placement and bone cuts.

Tissue Protection

Advanced safety boundaries help minimize damage to healthy muscles and soft tissues.

Faster Recovery

Patients often experience less pain, reduced blood loss, and earlier return to movement after surgery.

Common Procedures

Total Knee Replacement
Partial Knee Replacement
Total Hip Replacement

Benefits of Robotic Joint Replacement

Better implant alignment
Greater surgical precision
Reduced blood loss
Minimal tissue damage
Faster rehabilitation
Improved joint function
Early walking after surgery
Shorter hospital stay

Recovery Process

Day 1

Early mobilization and walking
Pain management and physiotherapy

1–3 Days

Hospital discharge in most cases
Gradual increase in activity

Few Weeks

Improved strength and mobility
Return to normal daily routine

Advanced Robotic Systems We Use

We perform robotic-assisted joint replacement using advanced platforms such as:

Cuvis
Cori
Velys

These systems enhance precision while the surgeon maintains complete control throughout the procedure.