DR Deepak Inamdar is a trained orthopedic  robotic/ navigated  knee replacement surgeon having being trained in  cori(smith and nephew) and velys (johnson and johnson) robotic knee replacement surgery ,he has also been trained in joint replacement surgery with multiple fellowships from AHMEDABAD , GERMANY , COVENTRY (UK) and  Singapore general hospital ,Singapore for computer assisted navigation knee replacements for performing robotic  stitch less  knee replacement surgeries in jayanagar , Bengaluru .

dr deepak inamdar has been operating knee replacement surgeries from 2010  and has mastered the art of balancing the knee with conventional methods which comes only with lot of experience .

 Journey of robotic knee replacement -DR DEEPAK N INAMDAR  started robotic knee replacement surgeries in 2020 -2021 during and just after covid with NAVIO robotics  FROM smith and nephew at APOLLO JAYANAGAR , he was one of the earliest robotic knee surgeons in bengaluru to start knee replacement with robotics , gradually shifted to CORI ROBOT - SMITH AND NEPHEW IN 2023 which is a second generation image free robot - so no exposure to patients of harmful x ray radiation  .

The CORI robotic Surgical System is a tool your surgeon uses to correctly size and position the total knee implant with computer and robotic assistance. Computer assistance is used to collect the unique shape and motion of your knee to virtually plan the procedure. Robotic assistance is used to accurately perform the procedure. The extra layer of planning and precision provided by the CORI system aims to ensure the procedure is performed exactly as your surgeon intends. The CORI system does not perform the procedure; rather it assists your surgeon by providing accuracy and precision – crucial to the success of the surgery 

The CORI robotic  Surgical System is designed to offer accuracy, value and freedom at the cutting edge of robotics-assisted surgery; helping surgeons improve outcomes and patient satisfaction in total and partial knee arthroplasty. 

CORI Handheld Robotics improves alignment, stability and proprioception, which may help implant survivorship factors commonly associated with patient satisfaction.

Giving patients the confidence to get the surgery they need.

What to expect in surgery

 You will first be placed under anesthesia to relax your body for surgery and block pain. The correct form of anesthesia will be discussed and determined prior to surgery with your surgeon and anesthesiologist. Your surgeon will then make an incision that extends several inches above the knee cap to several inches below the knee cap. Using the  CORI robotic system system, special trackers are secured to both the thigh bone (femur) and shin bone (tibia) with four small surgical pins placed through tiny incisions in the skin. These trackers are crucial to the precision of the system as they provide a constant reference point to the surgeon throughout the procedure. Using computer assistance, the unique shape and motion of your knee are collected by the surgeon. This allows for a three-dimensional model of your knee to be generated and used by the surgeon to plan the procedure. Proper implant size and position will be determined at this time. 

Once your surgeon virtually determines the correct implant size and positioning, a handheld robotics-assisted tool (the NAVIO™/CORI handpiece) is used to accurately position bone removal cut guides. These cut guides enable the surgeon to use a surgical saw to remove your damaged knee bone, making room for the implant. The extra layer of precision provided by the CORI  system is designed to enable accurate cut guide placement. The CORI robotic  system does not perform the procedure; rather it assists your surgeon by providing accuracy and precision     crucial to the success of the surgery. Once the implant is in the final position, the incision is thoroughly cleaned and closed, completing the procedure.