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Mako
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Mako

Stryker's robotic-Arm system for orthopaedic surgery.

Mako combines surgical planning software with a surgeon-controlled robotic Arm. Its joint-replacement systems use a model of the patient’s anatomy to guide the operation.

Last refreshed: 22 October 2026 · Appears in 1 active topic

Timeline for Mako

#16 12 Oct
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Background

Mako is Stryker’s robotic-Arm technology for joint replacement. Its applications include total hip, total knee and partial knee procedures. A three-dimensional model of the patient’s joint helps the surgeon plan the operation around that person’s anatomy. The surgeon remains responsible for carrying out the procedure. [Stryker product overview](https://patients.Stryker.co.uk/Mako-robotic-Arm-assisted-technology).

For total knee replacement, a CT scan supplies the model used in the planning software. During the operation, the surgeon guides the robotic Arm while preparing bone for the implant. The system constrains that work to planned boundaries, and the surgeon can adjust the plan when needed. Mako’s role is therefore to support planning and controlled execution of a joint replacement; it does not independently decide how to operate. [Stryker total-knee guide](https://patients.Stryker.co.uk/knee-replacement/procedures/Mako-robotic-Arm-assisted-total-knee).

Common Questions
Who makes Mako?
What procedures does Mako support?
Its joint-replacement applications include total hip, partial knee and total knee procedures.Source: https://patients.stryker.co.uk/mako-robotic-arm-assisted-technology
How does Mako help surgeons plan operations?
It uses a three-dimensional model of the patient's joint to support planning and surgery.Source: https://patients.stryker.co.uk/mako-robotic-arm-assisted-technology
Source Material

Written with AI from Lowdown's published reporting. Not individually reviewed by an editor. Updated 22 October 2026. Editorial standards.