
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.



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Revisional bariatric surgery fixes or improves a previous bariatric procedure that didn’t work well, caused complications, or needs adjustment (e.g., resizing a stomach pouch or repairing a connection).
Revisional bariatric surgery fixes or improves a previous bariatric procedure that didn’t work well, caused complications, or needs adjustment (e.g., resizing a stomach pouch or repairing a connection).
Revisional surgeries are complex due to scar tissue and changed anatomy. The robotic arms move precisely to navigate scar tissue and make delicate fixes, reducing risks compared to laparoscopic tools with less flexibility.
The 3D, magnified view shows scar tissue and altered anatomy clearly, helping surgeons make accurate corrections without harming nearby organs, unlike laparoscopy’s 2D view.
Small cuts reduce additional trauma to already-operated areas, lowering pain, scarring, and infection risk compared to open surgery’s large incision.
The robotic system’s flexible tools make tasks like resizing a pouch or fixing a connection easier, especially with scar tissue, which is hard in laparoscopy.
Less invasive techniques mean shorter hospital stays and quicker recovery, crucial for patients having a second surgery.
The robotic precision lowers risks like bleeding, leaks, or infections, which are higher in revisional surgery, ensuring better results.
Open revisional surgery uses large cuts, increasing pain and risks in complex cases.
Laparoscopic surgery struggles with scar tissue, adesions and limited tool flexibility.
The Mizzo Endo 4000’s robotic approach provides the precision and visualization needed for these intricate fixes.
While still in pre-clinical stage, the Mizzo Endo 4000 brings together several high-performance features tailored for next generation care.

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.

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.

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.

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.

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 incisions mean less pain, smaller scars, and faster healing.
Small incisions mean less pain, smaller scars, and faster healing.
Please reach out to your healthcare provider for any further questions.
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Choose the section that best fits your needs
Whether you are a customer with questions or a distributor interested in partnership opportunities, we're here to help.
Details sleeve gastrectomy, RYGB, MGB, and revisional surgery, with insights into minimally invasive benefits.
Explains bariatric procedures and the advantages of minimally invasive approaches, applicable to robotic surgery.
Highlights robotic surgery’s precision, minimal invasiveness, and safety for complex procedures like revisional surgery.