Archive · 27 Jan 2026
MASSH Hospital Pioneers 3D Laparoscopic Surgery in India
MASSH Hospital in South Delhi is using special 3D cameras to do surgeries in a way that is much safer and faster.
A doctor named Dr. Sachin Ambekar is leading this change.
He has done over 1,800 surgeries using this new technology.
These surgeries, like removing gallstones or fixing hernias, now take only 8-10 minutes instead of the usual 45 minutes.
This means patients can go home the same day and feel better much faster.
The hospital is getting famous not just in India but also from other countries like Kenya and Nigeria.
They are using this technology to make sure everyone gets the best care without it being too expensive.
MASSH Hospital in South Delhi has adopted 3D laparoscopic technology to enhance surgical precision and patient safety.
Dr. Sachin Ambekar has performed over 1,800 procedures using 3D laparoscopy, reducing operative time to 8-10 minutes.
The hospital has successfully managed rare conditions and common procedures like gallbladder surgery, hernia repair, and bariatric surgery.
3D laparoscopic surgery reduces surgical errors by up to 72% and enables faster recovery and same-day discharge for many patients.
MASSH Hospital is recognized globally, attracting patients from India, Kenya, and Nigeria, and aims to make advanced surgical care accessible and affordable.
- Who
- MASSH Super Speciality Hospital and Dr. Sachin Ambekar
- What
- Adoption of 3D laparoscopic surgery technology
- When
- Ongoing, with significant milestones in 2024
- Where
- South Delhi, India
- Why
- To enhance surgical precision, reduce operative time, and improve patient safety and recovery
- Hospital
- MASSH Super Speciality Hospital
- Location
- South Delhi, India
- Surgeon
- Dr. Sachin Ambekar
- Procedures Performed
- 1,800+
- Average Operative Time
- 8-10 minutes (reduced from 45 minutes)
- Key Procedures
- Gallbladder stone surgery, hernia repair, bariatric surgery
- Global Recognition
- Patients from India, Kenya, Nigeria
- Technology
- 3D Laparoscopic Systems