Robotic Arm Mako: Advantages of Its Use Compared to Other Technologies

One of the main areas of medicine where robotics has had a significant impact is the practice of surgical procedures. The results of implementing these robotic procedures have not only provided positive outcomes for patients, but medical professionals also benefit. This innovative advancement has enabled surgeons to perform procedures with greater precision, less invasiveness, and shorter patient recovery times.

These systems utilize robotic arms capable of executing high-precision and stable movements, enabling physicians to perform procedures with microscopic precision, particularly in delicate surgeries where accuracy is paramount, including the benefits of reducing the risk of complications and improving long-term outcomes.

Different types of robotic creations are programmed for specific surgeries, varying in their design and mechanical model. One of the most specialized and pioneering systems for surgical interventions is the Mako robotic arm-assisted surgery system, an advanced technology employed in orthopedic procedures, particularly in knee replacement and partial hip replacement surgeries. This system integrates 3D imaging and assisted surgical planning, ensuring precision in the outcomes, which are crucial for ensuring the success of the surgery.

Developed by Stryker, the Mako system utilizes robotic technology to assist surgeons in performing procedures with greater customization. More than just a robotic arm, Mako also enables surgeons to tailor procedures to meet the individual needs of each patient, depending on their condition.

The margin of error of this robotic system is arguably minimal, resulting in outstanding outcomes. According to patient studies, knee replacement with Mako is associated with a significant reduction in the need for analgesics, 26% less hospital time, fewer physical therapy sessions, and reduced postoperative pain. In a follow-up of at least 3 years involving 51 partial knee replacement patients, no implant-related failures or complications were recorded, and patient satisfaction reached 96.1%.

Another advantage of the Mako system is its exceptional precision in bone preparation, achieved through innovative programming for millimetric cuts. This precision is facilitated by its haptic technology, which pertains to tactile contact. The system can be adjusted to a drill motor, allowing the robotic arm itself to generate cuts under the supervision of the surgeon. This functionality is a key factor contributing to the successful outcomes demonstrated by the Mako robot.

At the Institute of Orthopedics of the International Hospital of Colombia, we possess this advanced Mako system along with highly trained personnel capable of performing these types of surgeries. This commitment to incorporating cutting-edge medical technologies distinguishes us as a leading institution in the field.