The da Vinci® System allows OSH surgeons to overcome the limitations of both traditional open surgery and conventional laparoscopic surgery. The da Vinci is a sophisticated robotic platform designed to expand the surgeon’s capabilities and offer a minimally invasive option for major surgery.
With da Vinci, small incisions are used to introduce miniaturized wristed instruments and a high-definition 3D camera. Seated comfortably at the da Vinci console, our surgeon views a magnified, high-resolution 3D image of the surgical site. At the same time, state-of-the-art robotic and computer technologies scale, filter and seamlessly translate our surgeon's hand movements into precise micro-movements of the da Vinci instruments.
With this technology our surgeons can operate with greater precision and control, minimizing the pain and risk associated with large incisions while increasing the likelihood of a fast recovery and excellent clinical outcomes
The System cannot be programmed and it cannot make decisions on its own. The da Vinci System requires that every surgical maneuver be performed with direct input from your surgeon.
At OSH, our surgeons use the da Vinci system to help patients who may require surgery in the following areas:
- General Surgery
If you think you may benefit from surgery with the da Vinci system, please call 918-477-5900.
MIS is surgery typically performed through small incisions, or operating ports, rather than large incisions, resulting in potentially shorter recovery times, fewer complications, reduced hospitalization costs and reduced trauma to the patient. While MIS has become standard-of-care for particular surgical procedures, it has not been widely adopted for more complex or delicate procedures – for example, prostatectomy and mitral valve repair.
Typically surgeons have been slow to adopt MIS for complex procedures because they generally find that fine-tissue manipulation – such as dissecting and suturing – is more difficult than in open surgery. The da Vinci System, however, enables the use of MIS techniques for complex procedures.
Despite the widespread use of minimally invasive or laparoscopic surgery in today's hospitals, adoption of laparoscopic techniques, for the most part, has been limited to a few routine procedures. This is due mostly to the limited capabilities of traditional laparoscopic technology, including standard video and rigid instruments, which surgeons must rely on to operate through small incisions.
In traditional open surgery, the physician makes a long incision and then widens it to access the anatomy. In traditional minimally invasive surgery – which is widely used for routine procedures -- the surgeon operates using rigid, hand-operated instruments, which are passed through small incisions and views the anatomy on a standard video monitor. Neither this laparoscopic instrumentation nor the video monitor can provide the surgeon with the excellent visualization needed to perform complex surgery like nerve-sparing prostatectomy.
Some of the major benefits experienced by surgeons using the da Vinci Surgical System over traditional approaches have been greater surgical precision, increased range of motion, improved dexterity, enhanced visualization and improved access. Benefits experienced by patients may include a shorter hospital stay, less pain, less risk of infection, less blood loss, fewer transfusions, less scarring, faster recovery and a quicker return to normal daily activities. None of these benefits can be guaranteed, as surgery is necessarily both patient- and procedure-specific.
On the contrary, the da Vinci System enables surgeons to be more precise, advancing their technique and enhancing their capability in performing complex minimally invasive surgery. The System replicates the surgeon's movements in real time. It cannot be programmed, nor can it make decisions on its own to move in any way or perform any type of surgical maneuver without the surgeon's input.
Although seated at a console a few feet away from the patient, the surgeon views an actual image of the surgical field while operating in real-time, through tiny incisions, using miniaturized, wristed instruments. At no time does the surgeon see a virtual image or program/command the system to perform any maneuver on its own/outside of the surgeon's direct, real-time control.Back to previous page