3D-HD Vision
A magnified 3D-HD view aids the surgeon in accurately dissecting and identifying tissues, nerves, and blood vessels.
A magnified 3D-HD view aids the surgeon in accurately dissecting and identifying tissues, nerves, and blood vessels.
Roux-en-Y Gastric Bypass (RYGB)
Improves anastomosis accuracy and lowers complication rates
Roux-en-Y Gastric Bypass (RYGB)
Roux-en-Y Gastric Bypass (RYGB)
RYGB creates a small stomach pouch (about the size of an egg) and connects it to the middle of the small intestine, bypassing part of the stomach and upper intestine. This limits food intake and reduces calorie absorption.
RYGB creates a small stomach pouch (about the size of an egg) and connects it to the middle of the small intestine, bypassing part of the stomach and upper intestine.
Benefits of Robotic Surgery with Mizzo Endo 4000
Precise Pouch and Stitching
Precise Pouch and Stitching
The robotic arms make an exact stomach pouch and stitch it securely to the intestine (anastomosis), lowering the risk of leaks, which is a concern in laparoscopic RYGB due to less flexible tools.
Clear 3D View
Clear 3D View
The 3D, magnified view shows the stomach and intestines clearly, helping surgeons place the bypass correctly and avoid harming nearby organs, unlike laparoscopy’s 2D view.
Small Cuts, Less Pain
Small Cuts, Less Pain
Small incisions cause less pain, smaller scars, and lower infection risk compared to open surgery’s large cut.
Better Stitching Control
Better Stitching Control
The robotic system’s flexible, wrist-like tools make stitching the intestine easier, unlike laparoscopy, where tools move opposite to the surgeon’s hands.
Faster Healing
Faster Healing
Less tissue damage means patients often leave the hospital in 1–2 days and recover quickly.
Safer Outcomes
Safer Outcomes
The robotic system lowers risks like bile duct injury or infections, improving safety and recovery.
- Accurate pouch creation and secure stitching lower leak risks.
- 3D vision, better suturing control, and small incisions ensure faster healing and improved safety.
Understanding Surgical Techniques
Open RYGB
Open RYGB uses a big cut, increasing pain and risks.
Laparoscopic RYGB
Laparoscopic RYGB is less invasive but struggles with complex stitching due to rigid tools and 2D imaging.
The Mizzo Endo 4000
The Mizzo Endo 4000’s robotic precision and visualization make RYGB safer and more effective.
What Mizzo has to offer ?
While still in pre-clinical stage, the Mizzo Endo 4000 brings together several high-performance features tailored for next generation care.
Precision in Confined Spaces
Its slim robotic arms and articulated instruments are ideal for maneuvering in the tight anatomical structures.
Its slim robotic arms and articulated instruments are ideal for maneuvering in the tight anatomical structures.
Real-Time Surgical Intelligence
The platform is built to integrate data and live feedback into the workflow, helping surgical teams make better, more informed decisions on the table.
The platform integrates data and live feedback into the surgical workflow, helping teams make better decisions during an operation.
Tremor-Free Instrumentation
Robotic arms provide the steady, tremor-free movements essential for nerve-sparing surgery.
Robotic arms provide the steady, tremor-free movements essential for nerve-sparing surgery.
Ergonomics
The console reduces the surgeon fatigue and also improves efficiency through customizable controls and immersive visualization.
The console reduces the surgeon fatigue and also improves efficiency through customizable controls and immersive visualization.
Small Cuts
Small incisions mean less pain, smaller scars, and faster healing.
Small incisions mean less pain, smaller scars, and faster healing.