MemorialCare is committed to staying at the forefront of surgical innovation by utilizing advanced technologies to deliver safer, more precise care to our patients. Robotic-assisted surgery enables our surgeons to perform complex procedures through small incisions with enhanced accuracy, flexibility, and control, helping many patients experience less pain, shorter recovery times, and a quicker return to their daily lives. During surgery, the surgeon remains in complete control by directing every movement; a robotic system never acts on its own.

Our more than 120 highly skilled surgeons are trained in several minimally invasive robotic-assisted surgical procedures and utilize da Vinci robotic surgery platforms across multiple specialties, including: Bariatric, Colon and Rectal, General, Gynecology, Gynecological Oncology, Thoracic, Vascular, Cardiac, and Urology, for various surgeries and procedures.

For joint replacement and spine surgeries, our specialized neurosurgeons and orthopedic surgeons from our MemorialCare Orthopedic & Spine Institute can use several robotic technologies, including the Mako SmartRobotics™ System, ExcelsiusGPS®, Stryker Q Guidance System®, and more.

We’re also proud to offer the latest advancement in robotic-assisted surgery, the da Vinci 5® surgical system. As one of the first health systems in Southern California, and the first in Long Beach and Fountain Valley, to adopt this fifth-generation technology, MemorialCare is at the forefront of surgical innovation – setting a new standard in surgical precision, safety, and recovery.

Benefits of Robotic-Assisted Surgery

Robotic-assisted techniques offer significant advantages that allow patients to heal faster and more comfortably. These benefits come from the combination of small incisions, enhanced visualization, and greater precision for the surgeon.

Why consider robotic-assisted surgery?

  • Enhanced Precision: Robotic systems allow for extremely accurate movements, reducing trauma to surrounding tissues.
  • Smaller Incisions: When applicable, these systems make it possible to operate through tiny incisions, which often means less pain, scarring, and risk of infection.
  • Improved Visualization: Many systems include 3D, high-definition cameras, giving surgeons a detailed and magnified view of the surgical area.
  • Shorter Hospital Stays & Faster Recovery: Because of less tissue disruption, patients often recover more quickly than with traditional surgery.
  • Surgeon Ergonomics & Control: Surgeons remain in total control while the robot provides feedback and guidance, helping ensure consistent, reliable performance.
  • Custom Planning: Many robotic systems use preoperative imaging (such as CT scans) to develop a patient-specific surgical plan, improving alignment and outcomes.

How Robotic-Assisted Surgeries Are Performed

Robotic surgery is simply another tool that helps surgeons work with more clarity and control. It does not replace the surgeon; the surgeon stays in complete control from start to finish. The result is a highly controlled environment that enhances the surgeon’s abilities, not a machine taking over.

During surgery:

  • The surgeon makes a few small incisions, and a high-definition camera and tiny instruments are placed through these openings.
  • The surgeon sits in a specialized console in the operating room.
  • Using hand controls and foot pedals, the surgeon directs the robotic arms to move with incredible precision.
  • The robotic system translates the surgeon’s natural hand, wrist, and finger motions into small, steady, exact movements inside the body.
  • Throughout the procedure, your surgical team is present at the bedside to support you through every step of the way.

Is Robotic-Assisted Surgery Right for You?

Robotic-assisted surgery can be an excellent choice for many patients. The first step is discussing your diagnosis, overall health, and treatment goals with your surgeon and care team. Together, you can determine whether a robotic-assisted approach is appropriate and likely to deliver the best outcome.

If robotic-assisted surgery is an option for you, your surgeon will explain how the technology applies to your specific procedure, what the risks and benefits are, and what to expect during your recovery process. At MemorialCare, you’ll have the information and expert guidance you need to make the decision that feels right for you.

Procedures Performed with the Robotic Surgical System

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​Robotic-Assisted Colorectal Surgery
  • Prostatectomy - Prostate removal for cancer or other conditions.
  • Nephrectomy - Kidney removal for cancer or other conditions.
  • Cystectomy - Bladder removal for cancer.
  • Renal cyst decortication - Removal of kidney cysts.
  • Pyelolithotomy - Removal of large kidney stones that fail treatment by other methods.
  • Ureterolithotomy - Removal of stones in the ureter (tubes from kidney to bladder).
  • Uretero-Ureterostomy Anastamosis - Reconnection between ureters (tubes between kidney and bladder).
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Robotic-Assisted Gastroenterologic / General Surgery
  • Colectomy - Removal of the colon for cancer.
  • Total mesorectal excision - Removal of the cancerous portion of the rectum.
  • Rectopexy - Restoration of a prolapsed rectum to its proper position.
  • Fistula repair - Correction of an abnormal opening between the rectum and the vagina.
  • Polypectomy - Removal of large rectal polyps.
  • Gastrectomy - Removal of all or part of the stomach for cancer or other disorders.
  • Cholecystectomy - Removal of the gallbladder for gallbladder stones or other conditions.
  • Single-Site Gallbladder Surgery - Removal of the gallbladder for gallbladder stones or other conditions through one small incision.
  • Nissen Fundoplication - Surgical correction of hiatel hernia and used to treat Gastroesophageal Reflux Disease (GERD).  
  • Hernia - Protrusion of tissue or an organ through a weak muscle wall.
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Robotic-Assisted Gynecologic Surgery
  • Hysterectomy - Removal of the uterus to treat benign conditions, or ovarian, uterine or cervical cancer.
  • Single-Site Hysterectomy - Removal of the uterus to treat benign conditions through one small incision.
  • Myomectomy - Removal of uterine fibroids while sparing normal uterine tissue.
  • Sacrocolpopexy - Correction of pelvic organ prolapse and/or herniation of the vagina, uterus, and bladder.
  • Endometriosis Resection - Removal/resection of endometrial tissue in the pelvis.
  • Cerclage - Placing a stitch around the cervix to treat cervical incompetence.
  • Single-Site Ovarian Cystectomy - Removal of an ovarian cyst through one small incision.
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Robotic-Assisted Head and Neck Surgery
  • Transoral Surgery - Treatment for cancer of the throat and voice box.
  • Thyroidectomy - Removal of a cancerous thyroid gland.
  • Parotidectomy - Removal of the parotid gland, the largest salivary gland.
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Robotic-Assisted Heart Surgery
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Robotic-Assisted Joint Replacement Surgery*

*Robotic joint replacement surgeries are performed using the Mako SmartRobotics System.

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Robotic-Assisted Lung Surgery
  • Wedge Resection - Removal of a section of lung. The diseased portion is removed with a small section of healthy tissue.
  • Lobectomy - Removal of a lobe of the lungs. The right lung has three lobes and the left has two.
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Robotic-Assisted Spine Surgery*
  • Lumbar Interbody Fusion - used to treat disc problems in the lower back.
  • Posterior Cervical Fusion – used to relieve pressure on the nerve roots or spinal cord in the cervical spine.
  • Posterior Thoracic Fusion – used to promote bone growth and fuse the vertebrae into a single, solid bone to stabilize the spine.
  • Sacroiliac Joint Fusion – used to permanently join the bones in the sacroiliac joint together to help minimize disruption to the underlying muscles and tissues.

*Robotic spine surgeries are performed using the ExcelsiusGPS or Stryker Q Guidance System.