Surgical care shaped around your anatomy
From primary repairs to complex abdominal wall reconstructions, we match the surgical technique to your defect size, prior operative history, and personal physical demands.
Primary and groin repairs
Tailored laparoscopic and robotic solutions for inguinal and femoral defects, focused on low tissue tension and rapid return to normal activity.
Ventral and incisional defects
Anatomical plane restoration using retrorectus eTEP repairs, placing surgical mesh outside the peritoneal cavity to minimize recurrence.
Abdominal wall reconstruction
Advanced component separation techniques (TAR) for large loss-of-domain hernias, rebuilding structural core stability and midline integrity.
1,200+
eTEP repairs completed
AWR Surgeons Community
Accreditation
Centre of Excellence
1 of 16 in India
Conditions we treat
From routine outpatient hernia repairs to complex, loss-of-domain cases and advanced abdominal wall reconstruction, Dr. Nitin Rimmalapudi delivers precision laparoscopic and robotic surgical care.
A bulge in the groin or scrotum occurring when tissue pushes through a weakness in the lower abdominal wall muscles.
Treated with minimally invasive laparoscopic (TAPP/TEP) or robotic repair with tension-free mesh reinforcement.
Tissue protrusion developing through previous surgical scars or natural midline muscle separations.
Repaired using advanced eTEP and robotic retrorectus techniques to rebuild midline abdominal wall tension.
A defect near the navel where abdominal contents push through the naturally thin umbilical ring opening.
Treated with keyhole surgery or robotic preperitoneal mesh placement with quick recovery.
A protrusion into the femoral canal just below the inguinal ligament that requires prompt clinical attention.
Managed with precise robotic or laparoscopic exploration to eliminate the defect while safeguarding femoral vessels.
Hernias that have returned after prior surgeries or involve loss of domain requiring reconstruction.
Treated with comprehensive Abdominal Wall Reconstruction (AWR), component separation (TAR), and robotic precision.