Mako System
A robotic-arm assisted surgical platform for joint replacement with 3D CT-based planning, haptic feedback, and sub-millimeter accuracy for knee and hip procedures.
Key Highlights
- Robotic-Arm Assisted Surgery
- 3D CT-Based Surgical Planning
- Haptic Boundary Control
- Personalized Joint Replacement
- Real-Time Feedback Tracking
Product Overview
The Mako System is a robotic-arm assisted surgical platform designed for joint replacement procedures including total knee, partial knee, and total hip arthroplasty. It combines 3D CT-based pre-surgical planning with robotic-arm execution and haptic feedback to enable surgeons to perform joint replacements with sub-millimeter accuracy based on each patient's unique anatomy. Before surgery, the system generates a personalized 3D virtual model of the patient's joint from CT scans, allowing surgeons to plan implant size, positioning, and alignment with extraordinary precision. During surgery, the robotic arm executes bone preparation within predefined safe zones, while AccuStop haptic technology provides tactile and auditory feedback when boundaries are approached, protecting surrounding tissues from inadvertent damage. With real-time instrument tracking and intra-operative adjustments, surgeons can verify alignment and balance throughout the procedure for optimal implant positioning. Patients benefit from less post-operative pain, faster recovery times, and improved long-term implant longevity compared to conventional joint replacement surgery. The Mako System has become a leading choice for orthopedic surgeons worldwide seeking to combine technology with personalized patient care.
Key Features & Capabilities
Enterprise-grade technology designed for mission-critical operations
3D CT-Based Planning
Creates patient-specific 3D models from CT scans for personalized planning
Robotic-Arm Execution
Robotic arm executes bone preparation with sub-millimeter accuracy
Haptic Boundary Control
Tactile feedback prevents cutting outside predefined safe zones
Real-Time Tracking
Continuously tracks instruments and patient anatomy throughout the procedure
AccuStop Haptic Technology
Provides auditory and tactile feedback when boundaries are approached
Technical Specifications
Key technical details and performance specifications
| Specification | Details |
|---|---|
| System Type | Robotic-Arm Assisted Surgical System |
| Application | Robotic-arm joint replacement |
| Surgical Approach | Orthopedic joint replacement |
| Imaging Integration | 3D CT-based pre-planning |
| Robot Arm | Robotic-arm with haptic feedback |
| Haptic Feedback | Yes (AccuStop haptic technology) |
| Surgical Precision | Sub-millimeter accuracy |
| Real-Time Tracking | Yes (continuous instrument and anatomy tracking) |
| Knee Applications | Total knee, partial knee, bicompartmental |
| Hip Applications | Total hip arthroplasty |
| Pre-Planning | CT-based 3D virtual surgical planning |
| Surgeon Console | Touchscreen planning workstation |
| Implant Compatibility | Multiple implant systems supported |
| Power | Hospital-grade AC power |
| Operating Environment | Hospital operating rooms |
| FDA Clearance | Yes |
| Surgeon Specialties | Orthopedic surgery |
| Patient Benefits | Faster recovery, less pain, improved implant longevity |
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