One of the most intricate joints in the body is the knee. It serves as a stress absorber for your leg and joins your thigh bone to your shinbone (tibia and fibula). Your knee relies on a well-functioning network of bones, ligaments, cartilage, muscles, and nerves when you walk, squat, or even just stand motionless. If an injury, arthritis or another condition affects any of these parts, you may need knee replacement surgery.
Accuracy is important in these procedures. The more accurate the surgeon’s measuring tools, the better the surgery can be planned and performed.
Today’s world is seeing the advent of new technologies in the medical field. AI Robotic knee replacement surgery, also known as knee joint resurfacing surgery is growing in popularity over conventional methods.
Knee replacement surgery / partial knee resurfacing surgery using artificial intelligence robotic technology allows an orthopaedic surgeon to be incredibly accurate. With the use of technology, the surgeon may position implants with nearly 100% accuracy and near-perfect alignment, giving the patient a more pleasant knee.
AI Robotic knee replacement and AI robotic knee resurfacing are not used interchangeably. In knee resurfacing, the orthopaedic surgeon adds the implant to the pain area for the better functioning of the knee. After the surgery, the patient gets discharged within a day or two. It is a highly effective and recommended surgery for patients suffering excruciating pain in the knees.
Ceramic knee implant offer a plethora of benefits, making them a preferred choice in orthopaedic knee joint surgery. First and foremost, their exceptional durability ensures longevity. Ceramic implant is a non-metallic implant which minimizes the risk of allergic reactions or adverse tissue responses. Its smooth surface reduces friction, thereby diminishing wear and tear on surrounding tissues and enhancing overall joint function. Furthermore, its lightweight nature reduces the strain on surrounding bones, promoting faster recovery and improved mobility for patients. Overall, ceramic knee implants provide a promising solution for individuals seeking long-lasting relief from knee-related issues, offering durability, biocompatibility, and enhanced functionality.
To enhance alignment and joint line repair during knee replacement or resurfacing surgery, robotic technology is frequently employed. To improve the precision of the procedure, it entails utilising a computer-controlled device to accurately measure and position the whole knee implant.
With this technology, the surgeon can map the patient’s anatomy and collect data before the actual surgery. The 3D model of the knee allows the doctor to plan more accurately for the operation and gives the patient an overall better experience.
During the procedure, several variables are controlled manually by the orthopaedic team to ensure they are positioned exactly as intended.
Robotic technology is a novel alternative to conventional surgical techniques for knee replacement / knee surfaced surgery. It allows for quick recovery and improves function. The surgery is the process of taking out damaged bone area and cartilage from the knee joint. A prosthetic is then inserted in place, followed by the adjustment of ligaments and tendons.
Robotic intervention is an essential evolutionary step in the rapidly advancing field of joint replacement surgery. It offers many benefits for both patients and surgeons. Robotic surgery does not mean that an actual robot performs the surgery. Instead, doctors use robotic surgical arms to execute parts of the procedure, assisting in areas that require the steadiest hands and navigating small spaces. In addition to these benefits, robotic surgery has improved recovery time for many patients.Here are some benefits of Robotic Knee Replacement Technique.
At Amandeep Hospital, our surgeons use the latest and customized technology designed to optimize your total knee replacement results or robotic knee resurfacing surgery results. The sophisticated AI robotic system provides greater accuracy than traditional computer-assisted knee replacement surgeries, and allows doctors to work through tiny incisions in the area surrounding your knee.
As surgeons can operate with a high level of precision on both partial and total knee replacements, (knee resurfacing) patients have better outcomes while experiencing less pain and fewer complications.
. Robotic Ai assisted knee resurfacing surgery
· Partial Knee Resurfacing
· Highly Experienced and Skilled Surgeons
· Modular Operation Theatres
· Day Care Surgery
· Minimal Blood Loss
· Speedy Recovery
· Minimal Postoperative Pain
· Holistic Approach for Post-Operative Rehabilitation and Patient Satisfaction
HOD & Chief Orthopaedic Surgeon, Robotic Joint Replacement Specialist.
MBBS, D(Ortho), MS, M.Ch(Ortho)
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Senior Consultant Orthopaedics & Rheumatologist and Trauma Department
MBBS, M.S(Ortho)
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Senior Consultant and Head Foot and Ankle Surgery/ Orthopaedic Oncology Past President, Indian Foot And Ankle Society Icrett Fellow, Bone Tumour Service, ROH, Birmingham, UK
MBBS, MS, DNB(Ortho), MNAMS
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Orthopaedics, Arthroscopy & Sports Medicine Specialist Complex Knee & Shoulder Surgeon.
MBBS, MS(ORTH), DNB(ORTH), MNAMS FASM (AUSTRALIA & INDIA), FSR
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Senior Consultant - Orthopaedics
MBBS, D(Ortho), DNB(Orthopaedics)
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Paediatric Orthopaedics and Deformity Correction, Limb Reconstruction Surgeon
MBBS, D(Ortho), DNB(Orthopaedics), MNAMS, FIPO
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Senior Consultant Orthopaedics and Pain Management Specialist
MBBS, MS(ORTHO) FIPM
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Consultant Hip & Knee Surgeon Robotic Joint Replacement And Pelvi-acetabular Trauma Specialist
MBBS, DNB(Ortho), MNAMS, FIJR
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Senior Consultant-Orthopaedic Surgeon Fellowship Foot and Ankle Surgery(India, Germany, USA) Foot, Ankle and Trauma Specialist
MBBS, DNB (ORTHO), FACFAS (USA)
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