Stryker · Orthopaedic surgical robot
Stryker Mako 4
Robotic-arm orthopaedic surgery system
Purchase price Price on request (hospital quote)
- Generation
- Fourth
- Planning
- 3D CT-based
- Haptics
- AccuStop boundaries
- Tracking
- Q Guidance optical
- Procedures
- Hip, knee, spine, shoulder
- Best for
- Orthopaedic programmes
Up close
Stryker Mako 4 is the fourth-generation Mako robotic-arm system for orthopaedic surgery. Surgeons plan each case from a 3D CT model, then guide the arm while AccuStop haptic boundaries keep cutting and reaming within the plan. It integrates Stryker's Q Guidance optical tracking and, depending on the market, covers total hip, total and partial knee, spine and shoulder procedures. The surgeon stays in control.
Key features
CT-based planning
3D model of each patient's anatomy.
AccuStop haptics
Keeps cutting within the planned boundary.
Q Guidance
Integrated optical tracking.
Multi-procedure
Hip, knee, spine and shoulder by market.
Is it right for you?
Good fit if
- Hip, knee, spine or shoulder programmes
- Hospitals using Stryker implants
Not ideal if
- Soft-tissue surgery
- Expecting autonomous operation
Where it works
Specifications
- Robot type
- Orthopaedic robotic-arm surgical system
- Main purpose
- Orthopaedic robotic surgery
- Operating environment
- Hospital operating rooms
- Mobility
- Mobile; positioned and locked before use
- Manipulation
- Surgeon-guided robotic arm with haptic boundaries
- Battery / power
- Hospital mains
- Navigation / control
- CT planning, Q Guidance, haptic control
- Sensors
- Q Guidance optical tracking; FP8000 camera
Pricing
Questions
Which procedures?
Stryker's US materials list total hip, total and partial knee, spine and shoulder; some regions list fewer.
Is it autonomous?
No. The surgeon guides the arm; haptics enforce the plan.
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