Taking minimally invasive surgery to the next level
Robotic surgery technology lets your surgeon see with enhanced definition, move more precisely, and better pinpoint the area of your body being treated. It also involves small, strategically placed incisions instead of the large ones typical of older techniques. These enhanced capabilities offer you greater safety and faster recovery.
Our skilled MedStar Health surgeons are extensively trained and leading the way in robotic surgeries. Today, we apply them to a wide area of specialty surgeries, including:
The da Vinci® Robotic Surgical System, today’s most advanced robotic surgical platform, makes this state-of-the art technique possible at MedStar Health.
For the patient
More precise surgery. Often, your surgeon needs to operate near healthy, sensitive organs, tissues, and nerves. The goal of surgery is to remove the abnormality without affecting surrounding healthy structures. The small size and flexibility of the robotic instruments makes this easier to accomplish
Significantly less pain
Less risk of infection and less blood loss. Your surgeon makes tiny incisions rather than large ones, lowering the risk of infection or blood loss
Earlier discharge from the hospital. Generally, patients can go home earlier following a robotic surgery, sometimes even the next day
Less scarring and shorter recovery. The smaller incisions also mean that your recovery period is shorter, sometimes just a few days
In many cases, better clinical outcomes
For the surgeon
An enhanced visual field. At the console, your surgeon has a superior view of the operating area. The high-definition camera provides a magnified, detailed view of the affected area. Your surgeon can see the microscopic structures more clearly, leading to a more precise surgery
Superior dexterity. A human hand can only move so much, but the robotic instrument exceeds the dexterity and range of motion of the human hand. The arms can rotate a full 360 degrees. This allows your surgeon to operate in a way that would be impossible without the robot
Access to hard-to-reach places. The enhanced flexibility and precision of the robot allows your surgeon to access hard-to-reach areas. This means surgeons can treat more conditions with robotic surgery
Auris: Auris Monarch Robotic Bronchoscope Platform
This innovative technology allows us to diagnose small peripheral lung nodules that are nearly impossible to reach with traditional bronchoscopic or percutaneous biopsy methods. Using a flexible robotic bronchoscope, we can navigate deep into the lungs and obtain tissue samples to determine if lung cancer or other disease is present.
Safety: Lower risk of pneumothorax or bleeding.
Accuracy: Greater precision allows us to biopsy small nodules that previously had to be watched until they grew to a size amenable for biopsy by traditional techniques.
Efficiency: By obtaining an earlier diagnosis with staging at the same time, patients are able to proceed with the treatment they need sooner.
CirqⓇ Robotic Arm
In 2020, MedStar Washington Hospital Center was the first hospital in the United States to perform minimally invasive spine surgery using Brainlab’s Cirq® robotic arm. Using the Cirq arm, surgeons can more confidently know where to drill and place necessary hardware required to treat complex spinal conditions.
Da Vinci® Robotic Surgical System
The da Vinci® robotic surgical system combines a small 3D camera, instruments that are the size of a dime, and a surgeon-controlled console. Together, these provide superior visualization and a greater range of motion.
From a seated position at the console, your surgeon can position his or her eyes and hands in alignment with the robotic system’s camera and instruments, to operate with extreme precision. The surgeon is 100% in control of the robotic surgical system the entire time.
Globus ExcelsiusGPS is the first and only spine robot of its kind in the world that combines a rigid robotic arm and full navigation capabilities into one adaptable platform for accurate alignment in minimally invasive neurosurgery. By using both robotics and navigation, the spine robot enhances safety, and improves efficiency and accuracy for patients, staff, and surgeons.
The navigation system in the ExcelsiusGPS, provides real-time visualization of the instruments and screws with relation to the patient’s unique “map,” created from preoperative images, and adjusts accordingly if the patient moves. Merging preoperative CT patient images with just a few X-rays taken during surgery allows surgeons to pinpoint a location on the spine and instruct the robot to aim for the exact location. The imaging systems also provide surgeons with the best visualization during surgery eliminates the need for the surgeon to look back and forth between the patient and a separate X-ray image. Built with the ability to continually evolve and improve patient care, surgeons are able to verify operative planning and receive real-time navigation feedback throughout the procedure.
Unlike other spine surgeries, patients are able to recover faster, have less postoperative pain, and a reduced risk of infection or the need for blood transfusions.
Ion™ Robotic-assisted bronchoscopy system
MedStar Georgetown University Hospital is the first and only hospital in the region to offer the Ion™ robotic-assisted bronchoscopy system, a minimally invasive biopsy technology that enables physicians to obtain tissue samples from deep within the lung, putting small peripheral lung nodules within reach. This next-level procedure that helps with the early diagnosis of lung cancer is now available to your patients. Ion’s reach and flexibility means smaller nodules (10 to 30 mm) can be evaluated earlier. Notably, survival rate drops to 70% for nodules that reach 20 to 30 mm. The survival rate is over 90% when cancerous lung nodules are caught and treated at 10 mm or less.
How patients will benefit from Ion:
With early diagnosis of lung cancer made possible, treatment outcomes for your patients can vastly improve
Ion can reach all 18 segments of the lung, including in the periphery, to more accurately identify potentially cancerous nodules
Ion provides a faster diagnosis, so patients get more answers sooner
Robotic-Assisted Colon and Rectal Surgery
Robotic-Assisted Colon and Rectal Surgery offers more precision and versatility during surgery.
Traditional Open and Robotic-Assisted Colon and Rectal Surgery both have the same surgical principles.
The advantages of a Robotic-Assisted Colon and Rectal procedure include:
Superior visualization. A Robotic-Assisted Colorectal Surgery enables your surgeon to see the operating field in 3-D, providing critical depth perception
Precise dissection. Your surgeon can see the affected area more clearly. The superior dexterity of the robotic instruments allows for a more precise dissection and preservation of normal unaffected tissues. This can aid in avoiding stoma creating in the majority of patients.
Reduced risk of infection and faster recovery. Robotic-Assisted Colorectal Surgery lowers your chances of infection and speeds your recovery. It offers less pain, early feeding after surgery, shorter hospital stay, and a quicker return to daily life
Robotic-assisted cystectomy (RARC)
Robotic cystectomy is simply a minimally invasive surgical method for bladder cancer. Using this method, the surgeon is able to make smaller incisions, which spare vital, but delicate, nerve and muscle tissue.
Similar to a standard laparoscopic cystectomy, the robotic-assisted cystectomy may require a urinary diversion with subsequent reconstruction for the removed bladder. For men and women alike, such reconstruction would include a continence reservoir that holds urine in the abdominal cavity until the patient has been fitted with a catheter to empty urine or a bladder replacement and an external bag for urine collection.
MedStar Health orthopedics offers MAKOplasty, a unique robotic technology used for total hip and knee replacement surgery. This advanced, robot-assisted technology is a less invasive and more accurate alternative to traditional surgery. The entire procedure, from preparation to implant, is customized to each patient’s unique anatomy for a more natural fit and better function.
Mako Robotic Arm Assisted Technology provides you with a personalized surgical plan based on your unique anatomy. First, a CT scan of the diseased joint is taken. This CT scan is uploaded into the Mako System software, where a 3D model of your joint will be created. This 3D model will be used before and during the surgery to assist your surgeon in performing your hip or knee replacement.
Robotic-assisted laparoscopic pyeloplasty
Robotic-assisted laparoscopic pyeloplasty is a surgery that repairs congenital or acquired narrowing or scarring where the ureter, the tube that drains urine from the kidney to the bladder, attaches to the kidney. It is used to treat ureteropelvic junction (UPJ) obstruction, a condition where a blockage occurs at the junction where the pelvis and ureter meet.
Over time, obstruction of urine drainage from the kidney by a UPJ obstruction can result in abdominal and flank pain, nausea and vomiting, kidney stones, urinary tract infection, high blood pressure, and even deterioration of kidney function. During pyeloplasty, this obstruction is removed, and the normal parts of the kidney and ureter are sewn back together.
Robotic-assisted radical prostatectomy
Laparoscopic (robotically assisted) radical prostatectomy is a method of removing the entire prostate gland. This method requires small incisions to be made in the abdomen, through which a surgical robot’s arms are then inserted. The surgeon controls the robot’s arms through a robotic interface, which controls the cameras and surgical instruments. Benefits of this procedure for most patients include:
Shorter recovery period, including a less-than-24-hour hospital stay
Pain is minimal, which allows for a narcotic-free pathway
Less blood loss
MedStar Health is one of few health systems in the world to perform Retzius-sparing Robotic Assisted Radical Prostatectomy, which leads to improved overall continence, earlier continence and improved quality of life. Additionally, following this Retzius-sparing Robotic Assisted Radical Prostatectomy patients go home with a suprapubic tube rather than urethral catheter, which is much more comfortable.
Robotic liver and pancreas surgery
The Center for Liver and Pancreas Surgery is home to one of the most comprehensive minimally invasive robotic surgery programs in the nation, treating benign and malignant conditions of the liver, bile duct, and pancreas. During robotic surgery, we use a computer-controlled robot to assist in certain surgical procedures. These robotic “hands” have a high degree of dexterity, giving us the ability to operate in very tight spaces in the body that would otherwise only be accessible through open surgery.
As with all procedures performed at the Center for Liver and Pancreas Surgery, patients who undergo robotic surgery receive care from a multidisciplinary team, including radiologists, oncologists, and gastroenterologists as part of our Pancreas and Liver Diseases program.
ROSA ONE® Brain (robotic stereotactic assistance)
ROSA ONE® Brain is a robotic platform to assist surgeons in planning and performing minimally invasive complex neurosurgical procedures. The robotic technology enables surgeons to perform less-invasive procedures than traditional craniotomies, enabling smaller incisions and potentially enhancing patient comfort.
ROSA ONE® Brain can assist in a variety of neurosurgical procedures, such as:
Stereo Electroencephalography (SEEG)
Deep Brain Stimulation (DBS)
Benefits to the patient include enhanced comfort, simplified pre-operative procedures, and minimized anesthesia time.
Transoral robotic surgery (TORS)
MedStar Health is one of the few health systems in the region performing transoral robotic surgery (TORS) for head and neck cancers and obstructive sleep apnea. Most TORS procedures are performed for tumors of the oropharynx, which includes the soft palate, the base of the tongue, and the tonsils. TORS may also be potentially used for tumors of the supraglottis, the area above the vocal cords, and hypopharynx, the area next to the voice box.
There are many advantages to undergoing TORS for treatment of these tumors rather than a traditional, open procedure. These benefits include:
Easier access. In the past, surgeons needed to perform radical surgery by making a large incision in the face and splitting the mandible (jawbone) to access tumors of the tonsil and tongue base. During TORS, doctors can access that hard-to-reach area through the mouth.
No visible scars or disfigurement. TORS surgery is performed entirely through the mouth, so there are no visible scars. For patients with cancer, a second surgery may be required to remove lymph nodes in the neck, and this does require a neck skin incision, but the scar is minimal.
Shorter hospital stay. Patients generally leave the hospital 2 to 4 days after a TORS procedure. Following traditional surgery, the hospital stay is typically longer than 1 week.
Improved speech. Speech function is outstanding after TORS, with nearly all patients recovering normal speech. In contrast, impaired speech function is common following a traditional surgery.
Minimization or elimination of need for chemoradiation therapy. The advantages of undergoing TORS for these tumors rather than receiving up front chemotherapy and radiation treatment include:
Improved swallow function
Lower dose of radiation
Possible avoidance of chemotherapy
TORS for obstructive sleep apnea
TORS for obstructive sleep apnea (OSA) is a new approach to treating this disorder. One possible cause of OSA is excessive tongue base tissue that can fall backward during sleep, obstructing the airway. Additional possible causes are excessive soft palate tissue, or enlarged tonsils that block flow of air when sleeping. One of the treatment options for OSA is to remove the excess tissue, which can be difficult to do through traditional surgical methods.
During a robotic procedure, the surgeon has an unparalleled view of the operating field. Due to the dexterity of the robotic instruments, the surgeon can access and remove the obstructing tissue in locations where traditional approaches have difficulty.
Video-assisted thoracic surgery (VATS)
Until relatively recently, thoracic surgery was performed through large incisions associated with spreading of the ribs and occasionally the breastbone. This is often associated with side effects including pain, more (temporary) respiratory compromise, and a longer recovery.
More recently, many thoracic surgery procedures have been performed in a minimally invasive fashion using small incisions, no rib spreading, and a video and camera.
The introduction of the robot has revolutionized thoracic surgery in many ways. During the surgery, the surgeon will control the four arms of the robot while sitting in a console.
The benefits of the robot and its technological refinements over conventional "open" surgery and VATS surgery include:
- Small incisions
- Superior visualization using 3D systems
- Magnification of structures
- Precise dissection utilizing the dexterity of the robot arms
- Ability to work in very tight spaces on continuously moving structures
- Significantly less pain
- Less blood loss
- Shorter hospital stays and better clinical outcomes
- The ability to offer surgery to patients who would not be a good candidate for surgery by traditional open approaches
Currently, robotic thoracic surgery is considered for ALL thoracic conditions including lung resections/procedures, esophageal surgery, thymic surgery, mediastinal surgery, diaphragm procedures, first rib resections, and airway surgery.
Our thoracic surgeons at MedStar Health are very experienced and proficient with the robot and have been performing robotic surgery for many years. Each patient will be individually assessed regarding the suitability and likely success of a robotic procedure.
Frequently asked questions
Who does the surgery—the doctor or the robot?
This is one of the most frequently asked questions we hear! Your surgeon fully controls the entire procedure — NOT the robotic technology. The technology is a tool and does not replace the role of your surgeon during your procedure.
How long has the da Vinci system been around?
This technology was approved for use in the US by the Food and Drug Administration (FDA) in 2000.
On an annual basis, how many surgeries are performed robotically in the US?
To date, 2,200 hospitals across the US have invested in robotic technology. Hospitals in all 50 states, as well as 64 countries worldwide, are using the da Vinci system.
Why is the technology named the da Vinci System?
According to Intuitive Surgical, the manufacturer of this technology, the system is called “da Vinci” in part because Leonardo da Vinci’s study of the human anatomy eventually led to the design of the first known robot in history.
What insurance do you accept?
We accept most insurance. If you have questions about your health insurance, please contact your insurance provider directly.