The Role of Robotics in Modern Urology

In contemporary urology, surgical robotics has revolutionised clinical practice, offering unparalleled precision and efficiency compared to traditional open or laparoscopic techniques. This advancement is rooted in smaller incisions, leading to reduced postoperative pain and minimised risks of complications such as blood loss and infections.

However, integrating robotic systems demands substantial financial investment and specialised training for urologists, underscoring both its promise and challenges in modern healthcare. In this article, let us learn about the transformative impact of robotic technology on urological surgeries and the evolving landscape it presents for both practitioners and patients alike.


With the advent of robotics, it has become possible to perform minimally invasive surgery. This reduces pain, recovery time, and complications compared to traditional surgery. In urology, the use of this technology is rapidly expanding. It is important for urologists to be vigilant in the scientific evaluation of these new techniques.

The first medical robots used in urology were developed in the 1980s. Davies developed a prototype called Probot which was based on an industrial Unimate Puma robot constrained within a frame for safety consideration to perform transurethral prostatectomies.

In the 1990s two main private companies (Computer Motion and Intuitive Surgical) produced the master-slave devices that have become the workhorses of modern urological surgery. These are based on 3 or 4 arms with a laparoscopic camera mounted in the center and specialised tools with 7 degrees of freedom attached to them.

The system allows urologists to perform minimally invasive procedures such as pyeloplasty, cystectomy with urinary diversion, and nephrectomy. It has also become an important tool for performing the difficult procedures of inferior vena cava (IVC) thrombectomy in patients with pulmonary embolism.

The da Vinci system has been widely adopted in urology with excellent results and outcomes. However, it has not been without challenges. Many urologists with established practice in open and laparoscopic surgery were not prepared for the learning curve required to operate on this device. In addition, the lack of haptic feedback and instruments with a high degree of freedom made it more challenging to develop skills for robotic urologic surgery.

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Minimisation of Incisions

Robotic urologic surgery can be used to treat many different urological conditions. It uses less invasive techniques than traditional surgeries and does not require large cuts. This results in faster recovery times and reduced pain for patients. It also reduces the risk of complications associated with invasive procedures, such as bleeding and blood loss.

In addition, robotic systems offer more precise movements and enhanced dexterity than laparoscopy. In some cases, surgeons can perform tasks that would be impossible or impractical with conventional instruments, such as a hilar dissection during a partial nephrectomy.

However, there are some concerns about the use of robotic urologic surgery. Some people are worried about how safe it is and whether or not it will cause any long-term effects on the patient’s health. In some cases, patients are reluctant to undergo robotic surgery because of these fears. Healthcare providers should work to alleviate these fears by providing patients with information about the safety of robotic urologic surgery and demonstrating the procedure for them.

Although robotic systems can be costly, they have significant benefits and are well worth the investment. They allow urologists to overcome some limitations of laparoscopic surgery, including two-dimensional vision, limited movement of instruments, and difficult suturing. This technology is poised to establish a definitive place in the urologic armamentarium. However, patients must understand that these systems are not a replacement for laparoscopy and should only be performed by urologists trained in its use.

Minimisation of Complications

The urological field has seen an extraordinary increase in the number of procedures performed robotically, especially for prostate surgery (robotic-assisted prostatectomy or RARP), partial nephrectomy, and other genitourinary oncology surgeries. Unfortunately, because of this accelerated spread of the procedure prior to rigorous evaluation, urologists missed a chance to test this novel technique within an evidence-based frame.

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This specialised technology enhances surgeons’ capabilities, giving them 10 times magnification and 3-D vision to see inside the body, unlike 2-D laparoscopic surgery. It also provides a tremor-nullifying feature that overcomes distortions caused by the movements of surgeons’ hands, which can often be difficult to control with laparoscopic techniques.

In the case of robotic urologic surgery, this technology enables urologists to perform a variety of complex operations including pyeloplasty, ureteral reimplantation including Boari flap, and even re-do nephroureterectomy for patients with recurrent strictures or retroperitoneal fibrosis. It has also helped in performing kidney stone surgeries and treating enlarged prostates.

However, there are certain risks associated with robotic urologic surgery that must be weighed against its advantages. It is important for urologic surgeons to be trained in the operation and have extensive experience with both traditional laparoscopic surgery and robotic surgery to minimise complications. It is also important to have centers that apply this technique follow standardised training and improved reporting to ensure patient safety and the best results.

Reduced Pain

Robotic surgery is a relatively new method of minimally invasive surgery. It has quickly become the gold standard in numerous surgeries, including urology. It offers a number of advantages over traditional surgery, including less damage to surrounding tissues, less pain, and faster recovery. However, it is important to remember that robotic urologic surgery is not right for everyone.

Unlike factory machines that perform pre-programmed repetitive tasks, surgical robots are designed to be guided by surgeons in real-time. They are used to facilitate laparoscopic procedures by performing complex tasks that are beyond the capacity of human hands.

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While robotic technology was originally conceived for cardiac surgery it has been adopted most rapidly in urology. This may be because the robotic equipment is uniquely suited to prostate surgery, especially its thoracoscopic component. It also allows urologists to perform a variety of other urologic procedures such as pyeloplasty, cystoscopy, and radical nephrectomy.

Recent studies have shown that robotic surgery reduces the rate of complications such as postoperative bleeding and urinary tract infections compared with laparoscopic surgery. This is particularly true for patients who undergo robotic prostatectomy. However, the use of robotic surgery in urology is still limited by the availability of surgeons with experience and knowledge of the technique. Standardised training, improved reporting, and patient education are critical to reducing complications.

Embracing Future Innovations

In conclusion, the integration of robotic technology into urological surgery represents a pivotal advancement in medical care. Despite initial challenges such as cost and training, its benefits in terms of surgical precision, reduced patient discomfort, and improved outcomes are undeniable. As robotics continues to evolve, it is essential for urologists to embrace ongoing innovation and rigorous training to maximise its potential and ensure optimal patient care in the future.

Trust only well-trained and experienced urologists like Dr. Marlon Perera who stands out as your foremost expert in cutting-edge robotic urological procedures in Melbourne. Contact his clinic to learn more about the advanced treatments available.