Cutting-edge, minimally invasive, evidence-based care.

Minimally invasive surgery performed with robotic-assisted instruments controlled by the surgeon from a console. The system provides a magnified, three-dimensional view and a greater range of motion than the human wrist, allowing for smaller incisions, less blood loss, and a faster recovery than traditional open surgery.

Robotic-assisted removal of the prostate gland, most often performed to treat prostate cancer. When the cancer's location allows, a nerve-sparing technique is used to carefully preserve the nerve bundles that control erectile function and continence.

Robotic-assisted removal of a kidney, typically performed for kidney cancer or a kidney that is no longer functioning. The robotic approach allows for precise dissection around the kidney's blood vessels through a few small incisions.

Robotic-assisted removal of a kidney tumor while preserving the healthy portion of the kidney — a nephron-sparing approach that maintains as much normal kidney function as possible, often preferred over full kidney removal for smaller or well-positioned tumors.

Robotic-assisted removal of the bladder, typically performed to treat bladder cancer that has grown into the bladder muscle. Often paired with reconstruction of a new pathway for urine to leave the body.

Robotic-assisted repair or reconstruction of the ureters, bladder, or urinary tract to restore normal drainage and function — commonly used for blockages, strictures, or complications from prior surgery.

Advanced surgical treatment for urologic cancers that require specialized oncologic and reconstructive technique, including cases involving multiple organs, locally advanced disease, or prior treatment.

A thin, flexible scope is passed through the urinary tract — with no incisions — to directly visualize, diagnose, and treat stones or other conditions in the ureter or kidney.

Laser energy delivered through a ureteroscope to break kidney or ureteral stones into small fragments that can be removed or pass on their own.

Focused sound waves delivered from outside the body target kidney stones and fracture them into smaller fragments that can pass naturally, without any incision.

A small, pencil-width incision in the back provides direct access to remove larger or more complex kidney stones in a single procedure.

A thin scope is used in the office or operating room to examine the inside of the bladder and urethra, evaluating for tumors, strictures, or other abnormalities.

Transurethral resection of bladder tumor — bladder tumors are removed through a scope passed through the urethra, without any external incision, and the tissue is sent for pathology.

Transurethral resection of the prostate — a long-standing surgical treatment for an enlarged prostate that removes excess prostate tissue through the urethra to relieve blockage, without any incision.

A robotically assisted, image-guided water-jet procedure that removes excess prostate tissue causing urinary blockage, using real-time ultrasound guidance for precision.

A minimally invasive implant procedure that lifts and holds enlarged prostate tissue away from the urethra to relieve blockage, without cutting or removing any tissue.

A water-vapor (steam) therapy that shrinks excess prostate tissue causing urinary symptoms, delivered in a single short office-based session.

A minor, in-office procedure that provides permanent contraception by blocking the tubes that carry sperm, typically performed under local anesthesia.

Surgery to correct swelling of the scrotum — such as a hydrocele or varicocele — or to remove scrotal masses or lesions.

A small tissue sample is taken from the prostate, usually guided by ultrasound or MRI, to check for prostate cancer — often recommended after an abnormal PSA level or exam finding.

An office-based imaging exam that uses sound waves to evaluate the kidneys, bladder, prostate, or scrotum without radiation, often used to guide biopsies or evaluate an abnormal finding.