Banner Image

Mizzo Flex SA

Robotics with a Human Touch

Mizzo Flex SA robotic surgical system

The Mizzo Flex Single Access Surgical Robotic System is transforming robotics by offering the first and only platform* for single point access surgery. With advanced robotics and intuitive controls, the Mizzo Flex Single Access Surgical Robotic System enhances surgical precision and patient safety. Its minimally invasive technology offers the patient quicker recovery and very minimal scarring.

Key Features

flexible robotic surgery platform

Accessibility -The Mizzo Flex Single Access Surgical Robotic System is designed for single access surgeries, allowing a wide range of healthcare facilities to adopt advanced robotic surgery. -Its ergonomic design makes it easy for surgeons to learn and operate, enhancing surgical precision.

Versatility -The Mizzo Flex Single Access Surgical Robotic System is designed for procedures via natural orifices as well as traditional robotic entry. -The system offers unprecedented articulation, dexterity, and reach, built for current and future indications, making it an invaluable tool for specialized surgical needs.

Compatibility -The Mizzo Flex Single Access Surgical Robotic System brings a transformative change in surgery dynamics with its open platform concept and small OR footprint. -It compliments any operating room thus ensuring a seamless integration into your surgical practice. -This enhances operational efficiency and reduces the need for extensive reconfiguration or additional investments.

Indication

Surgery
  • Benign Hysterectomy
  • Adnexectomy
  • Salpingectomy
  • Ovarian Cyst Removal
  • Oophorectomy

FAQs

Accordian Arrow
What is the Mizzo Flex SA robotic system designed to do?
Accordian Arrow
How does the single-access approach of Mizzo Flex SA benefit surgeons?
Accordian Arrow
What types of surgical procedures can be performed with Mizzo Flex SA?
Accordian Arrow
How does Mizzo Flex SA integrate into existing operating room workflows?

Product Details

Connect with Meril