Mako Total Hip

Elevating total hip procedures


For over 15 years, Mako Total Hip has elevated total hip procedures for patients and surgeons. 


Imagine using the knowledge that comes from a CT-based plan that allows you to capture each patient’s unique anatomy for primary procedures. Pair this with Mako’s AccuStop™ haptic technology, which has been shown to help surgeons precisely and accurately single-stage ream what they’ve planned during Mako primary total hip procedures.1
Mako Total Hip System photo
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Mako Total Hip | Stryker

Mako Total Hip

For primary hip replacement

Mako robotic-arm

The features of Mako Total Hip SmartRobotics™ are designed to help you optimize component positioning1 enhance functional outcomes2 and elevate surgical experience.3,4

Know more.1

It all starts with a CT scan that creates a 3D image of your patient’s unique anatomy. Plan the sizing and positioning of implants, as well as incorporate Functional Hip Positioning™ to help you optimize component positioning.

 

  • CT-based platform designed to help optimize implant size and placement1
  • Plan implant center of rotation
  • Incorporate pelvic tilt analysis to understand the hip/spine relationship
  • Visualize potential implant or bony impingement during pre-operative planning
  • Guided neck-resection tool
  • Hip length and offset feedback

Ream less.5

With the use of AccuStop haptic technology, studies have demonstrated greater bone preservation,5 reduced blood loss2 and greater ability to reproduce hip biomechanics6-10 versus manual technique. 

 

  • Ability to single stage ream
  • Ream constrained to planned center of rotation
  • Audible, visual and tactile feedback while guided reaming
  • Accurate bone preparation to plan1
  • Use of AccuStop haptic technology to help impact cup at the desired inclination and version1,2,6,8,12,13


Clinical success of Mako Total Hip

Based on 15 years of clinical data in primary total hip replacements

Improved patient
outcomes

Studies have shown that Mako Total Hip patients are significantly less likely to be aware of their hip in daily circumstances compared to manual patients.2,9,18

Less surgeon mental
and physical fatigue

Mako Total Hip may reduce physical and mental demand for a surgeon that may lead to an improved surgical experience, especially while reaming, when compared to manual total hip arthroplasty.3,4

Reduced
dislocation rate 

Studies have shown dislocation rates in Mako Total Hip are significantly reduced compared to manual patients.1,14,15

Accurate restoration
of center of rotation

Center of rotation of the hip is more consistently replicated using Mako Total Hip compared to manual surgery.12

Decreased length
of stay 

Mako Total Hip demonstrated a decreased length of stay compared to manual surgery.16

Reduced
costs

Mako Total Hip showed a reduced utilization of post index rehabilitation services such as skilled nursing home, health aid and impatient rehab.11

In a study conducted in the United States, Mako Total Hip showed reduced 90-day EOC cost compared to manual THA over 5 year.11

In a Markov model study conducted in the United States, Mako Total Hip showed reduced cumulative cost compared to manual THA for Medicare and private payer over 5 years.17

The economic outcomes reported in this study are based on country‑specific healthcare systems, pricing structures and clinical practices - may not be generalizable to other geographies.

Compatible implants