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Minimally invasive surgeries are the norm and to further raise the bar, Sakra World Hospital brings in Robotic Surgery to deliver better 3D visualization and precision. Sakra has taken the right direction towards consolidating one of the highly technical advancements with advanced integrated systems to make surgical procedures precise and safe.
With Da Vinci Robotic Surgery and the installation of this technology, our surgeons will be able to work with state-of-the-art technology, which is at the forefront of delivering efficient, precise, and safe surgical care.
Robotic surgery represents a revolutionary advancement in the field of medicine, combining cutting-edge technology with surgical expertise to redefine the way surgeries are performed. The system integrates highly sophisticated robotic platforms that enhance the surgeon’s abilities, enabling them to perform complex procedures with greater precision, control, and minimal disruption to the body.
The use of robotics in surgery is the culmination of integrated technology systems that redefines surgical procedures in an innovative way. This state-of-the-art system can mimic human hand movements by increasing precision and reducing tremors during any surgery to deliver unmatched benefits. The robotic platform provides patients with precise and bloodless surgery, which is less painful, with minimal scarring. It promotes faster recovery and reduced hospital stays.
Furthermore, the shorter hospital stays associated with robotic procedures help to alleviate the overall burden on both the patient and healthcare systems, making recovery more efficient and cost-effective. Robotic surgery not only enhances the technical aspects of surgery but also improves patient outcomes, providing a safer, faster, and less invasive option for a wide range of medical conditions.
The robot & vision system provides a clear 3D view of the surgical area, while the tiny instruments with a greater range of motion and built-in tremor filtration system, enable precise surgical procedures.
The console connected to robotic hands on the operating table allows the surgeon to perform complex surgeries with added control, utilizing robot technology with four hands and a camera.
The refined technology extends the surgical abilities of the surgeons and can be connected to an LED screen for the assistance of the team of surgeons and nursing staff.
With the Robotic Surgical System, surgeons are now able to offer a minimally invasive option for complex surgical procedures as well. Robotic Surgery, Computer-assisted Surgery, and Robotic-assisted Surgery are terms for technological developments that use robotic systems to aid in surgical procedures. Robotic surgery was developed to overcome both the limitations of MIS and enhance the capabilities of surgeons performing open surgery.
Robotic surgery promotes quicker recovery with fewer complications, allowing patients to return home sooner, improving comfort and reducing costs.
Smaller incisions lead to less pain and reduced reliance on strong medications, ensuring a smoother recovery.
Enhanced precision and minimal incisions lower infection risks, especially beneficial for high-risk patients.
Accurate surgical techniques minimize blood vessel damage, resulting in reduced blood loss and faster recovery.
Minimal blood loss during surgery reduces the need for transfusions, enhancing overall patient safety and recovery.
High-definition Visualization: The robotic system provides surgeons with a magnified, 3D view of the surgical field, improving accuracy and enabling better decision-making during procedures.
Advanced Instrumentation: Robotic arms can rotate and move in ways that the human hand cannot, ensuring greater dexterity and precision, particularly in narrow or difficult-to-reach areas.
Tremor Elimination: The robotic system filters out hand tremors, providing a steady and stable platform for precise surgical movements.
Orthopaedic surgeries like “Total Knee Replacement Surgeries” have come a long way since their initiation in 2020. For conditions like Osteoarthritis or Rheumatoid Arthritis, when treatment options like medications and the use of walking support no longer relieve symptoms, one may need to have surgery. With CUVIS Joint, the World's First Autonomous Robot for Knee Replacement Surgeries, Sakra World Hospital is again set to provide the best surgical outcomes for patients in India.
Standard Robotic Knee Replacement with CUVIS Joint typically comprises of:
Since the introduction of robotic help, our team of abled urologists perform complex laparoscopic and open surgeries with precision. The following are the urological surgeries performed at Sakra,
Our gastrointestinal surgeons can perform surgeries on and around the liver, pancreas etc. as well as oncology surgeries. The machinery assists in maintaining precision surgery, and precision suturing.
Robotic cardiac surgery is used to treat a variety of heart conditions, including coronary artery disease, mitral valve disease, and atrial septal defects. Our trained cardiac surgeons perform all kinds of cardiac surgeries and thoracic procedures like
For complex surgical procedures, our surgeons are relying on the latest innovations in minimally invasive surgical techniques. The procedures that our surgeons perform at SWH are as follows,
With Sakra’s robot-assisted neurorehabilitation, you can expect faster progress, improved range of motion, increased strength, and better overall function. Our state-of-the-art robots provide targeted support to specific muscle groups, allowing you to engage in more intensive therapy for faster recovery. But it's not just about the technology - our team of skilled therapists are there every step of the way to guide you through your rehabilitation journey.
Synchronization of Ankle, Knee and Hip joints
Walkbot is a world-class robotic gait training system that offers the most natural and accurate gait rehabilitation training for patients suffering from neurological disorders and gait impairments.
The use of robotics in rehabilitation can benefit many patients, including:
Recovering of Arm & Hand Function
Sensor-based Solution for Arm Function
At Sakra, we take pride in offering an advanced healthcare experience through the seamless integration of cutting-edge technology and skilled medical expertise. Our cutting-edge technology combines the precision of robotics with the expertise of trained professionals to create a customized robotic program that's tailored to your unique needs. Sakra offers robotic surgery in Bangalore, where you are assured "Comprehensive Robotic Care", which provides speedy recovery with minimal scarring and pain.
When you choose Sakra for robotic surgery, you’re not just opting for cutting-edge technology but also for a compassionate and comprehensive approach to care. From the moment you step into our facility to your final follow-up visit, we are committed to providing Comprehensive Robotic Care that prioritizes your comfort, safety, and well-being. Our promise is to ensure that your surgical experience is as smooth, painless, and effective as possible, helping you achieve the best possible health outcomes with minimal downtime.
Open or traditional surgery is done by making an incision, which is often quite large, at the surgery site. Due to the big size of such an incision, many complications may arise such as blood loss, pain, scarring, post-surgery infections, prolonged healing time, etc. The duration of hospital stay after open surgery is also much longer, and the patient’s recovery is quite slow.
This type of surgery is performed by a skilled surgeon who uses a surgical robot in an operating room. The robotic surgical system provides various advantages to the surgeon who is able to perform better surgery than is otherwise possible.
There are three main parts of a robotic surgical system: The surgeon’s console, the patient cart, and the surgical robot itself, all of which are present in the operation theatre. The surgeon sits at the console and controls the precision-guided robotic arms holding various miniaturized instruments which are inserted through keyhole-sized incisions in the patient. A small video camera is inserted into the body through another hole and which provides the surgeon with a high-definition 3D image of the operating site. The surgeon views this image and moves the robotic arms to conduct the operation.
No, robotic surgery is actually ‘robot-assisted’ wherein the actual procedure is performed by the robotic surgeon, but with the help of a robotic system. Therefore, human expertise and insights are still there which are further enhanced with the help of robotic technology.
benefits of robotic surgery include a shorter hospital stay, less pain, less risk of infection, less blood loss, less scarring, faster recovery and a quicker return to normal daily activities.
Robotic surgeries have become quite common nowadays, and robotic surgical systems are being used in surgery at hundreds of leading hospitals globally including in countries like India, the United States, Canada, France, Austria, Belgium, Denmark, Germany, Italy, Japan, the Netherlands, Romania, Saudi Arabia, Singapore, Sweden, Switzerland, United Kingdom, Australia, Turkey, etc.
Just like any other major surgery including open surgery, which is performed under general anaesthesia, there is a certain amount of risk involved in robotic surgery as well. To understand the specific risks associated with the type of robotic surgery, talk to your doctor who can share complete details of the possible risks.
No, not every patient is a suitable candidate for robotic surgery. Your doctor will assess your medical condition, overall health, and some other factors before identifying the best course of treatment for your issue, and will recommend robotic surgery only if ideal.
Our cutting-edge technology combines the precision of robotics with the expertise of trained professionals to create a customized robotic program that's tailored to your unique needs. At Sakra, you are assured "Comprehensive Robotic Care", which provides speedy recovery with minimal scarring and pain.
