Cruciality of Orthopedic Surgical Robots in the healthcare industry

Orthopedic Surgical Robot

Robotic-arm assisted orthopaedic surgery is primarily utilized for partial and knee and total hip replacement procedures. During joint replacement procedures, a surgeon removes away damaged bone and cartilage and replaces them with artificial components that are mainly made of metal alloys, high-grade plastics and polymers. In the case of knee replacement procedures, there involves the entire joint. But if only a single section of the knee has been damaged, surgeons can replace only the damaged portion of the knee joint. This is known as partial knee replacement. However, in the case of hip replacement procedures, both sections of the hip joints are removed and replaced.

There consistsof a wide range of different varieties of robotic assistance used for orthopaedic surgery. Generally, a computerized tomography scan before the surgery is conducted to plan exactly how much bone should be removed and to aid in terms of maximizing the overall accuracy of the alignment and placement of the total implant. During the entire process of the surgery, the robotic arm ensures that this plan is followed in a planned and structured way and ensures that not too much bone is removed. One of the most difficult factors of the entire process of joint replacement surgery is placing every component of the artificial joint in the best possible alignment in order to work smoothly. The robotic arm offers tactile, visual and auditory feedback to help the surgeon in terms of achieving the desired orientation, thereby enhancing the overall mobility and stability.

Market Scope

The global Orthopaedic Surgical Robots Market is expected to grow throughout the forecast period at a CAGR of 20.75 %, with an overall market value of USD 994.31 million in 2020. It is anticipated to reach a milestone of around USD 4489 million in 2028.

Orthopaedic surgery is mainly for the conditions that are linkedto the musculoskeletal system. The overall demand for this surgery is increasing exponentially due to vital factors like continuous rise in joint fractures, bone infections, spinal deformities, musculoskeletal traumas, etc. Surgical robots are the most effective tools that are executed to aggrandize this overall orthopaedic surgical process. On a recent basis, the overall execution of the surgical robots is completely focused on acetabulum positioning, femur preparation, arthroscopy, anterior cruciate ligament reconstruction, and femoral osteotomies. Moreover, this orthopaedic surgical robots market is estimated to witness various growth opportunities,especially in the field of robot-assisted orthopaedic surgery, CORI knee replacement, and many others.

  • In the month of January 2021, TransEnterix, Inc., a medical device organization that is digitizing the interface between the patient and the surgeon to improvise minimally invasive surgery, declared that the Company got the CE Mark approval for the Intelligent Surgical Unit. It allowsthe machine vision capabilities on the SenhanceSurgical System. This approval will offer theSenhance digital laparoscopic programs in Europe access to this new technology, thereby guiding them to the forefront of surgical innovation by using augmented intelligence.
  • Since the month of Feb 2021, the topmost market players have been highly focusing on high growth, high priority areas in knees, hips, S.E.T., and CMFT. It also includes highly innovative products, such as the Avenir Complete Hip System, ROSAKnee for robotically-assisted surgeries, Persona Primary, Partial, Cementless and Revision Knee Systems, G7 Acetabular Hip System, and the OrthoIntel Intelligence Platform.
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