Yashoda Medicity is advancing orthopaedic care with the Mako SmartRobotics system, an advanced robotic-assisted technology that enhances precision in partial knee, total knee, and total hip replacement procedures. The system uses CT-based, radiation-free three-dimensional planning to create a virtual, patient-specific model of the joint anatomy prior to surgery. This detailed pre-operative planning enables surgeons to accurately determine implant size, alignment, and positioning, supporting a highly personalised surgical approach that closely replicates natural joint mechanics.
During surgery, the surgeon guides the robotic arm to precisely prepare the bone and position the implant according to the pre-defined surgical plan. The Mako platform incorporates proprietary AccuStop haptic technology, which creates real-time tactile boundaries. This safety feature helps ensure that the surgical instruments remain within the planned operative area and automatically resist movement beyond predefined limits, thereby protecting surrounding healthy bone, cartilage, and soft tissues.
By enhancing surgical precision and control, with the help of Dr Brajesh Koushle, the Mako SmartRobotics system enables accurate implant placement aligned with the patient’s anatomy and surgical plan. This contributes to improved preservation of bone and soft tissue, reduced postoperative pain, lower blood loss, and shorter hospital stays, supporting a more predictable and faster recovery.
By integrating advanced 3D imaging, surgeon-controlled robotic assistance, and real-time haptic feedback, the Mako SmartRobotics system enables orthopaedic surgeons at Yashoda Medicity to achieve highly precise outcomes, improve implant longevity, and help patients return to mobility and daily activities with greater confidence.