Asensus Surgical, an innovative leader in the field of surgical robotics, has recently announced a groundbreaking collaboration with Flex, a renowned manufacturer specializing in advanced technology solutions. The partnership aims to pave the way for the design and advanced manufacturing of Asensus’s highly anticipated Luna Surgical System.
The Luna Surgical System represents the next generation of digital surgery platforms, building upon the success of Asensus’ Senhance robot. This state-of-the-art device consists of three key components that work seamlessly to revolutionize surgical procedures. First, it features three or four robotic arms precisely engineered to hold surgical instruments. Secondly, it includes a sophisticated surgeon console, providing the necessary control and precision to maneuver the robotic arms effectively. Lastly, the surgical instruments, attached to the end of the robotic arms, effectively perform the intricate tasks associated with surgery.
Flex, renowned for its extensive manufacturing expertise across diverse industries, will offer a comprehensive range of services to facilitate the successful delivery of the Luna Surgical System. These services encompass advanced design for manufacturing, ensuring the optimal manufacturability of Luna while streamlining the transition from product design to full-scale production.
With a primary goal of bringing Luna to market swiftly and with uncompromising reliability, Anthony Fernando, President, and CEO of Asensus Surgical, expressed his excitement for this transformative collaboration. Fernando emphasized that Flex’s impressive track record in delivering intricate electromechanical systems across various industries, coupled with their profound understanding of the stringent medical device requirements, will be instrumental in accelerating Luna’s time-to-market. Furthermore, Flex’s robust advanced manufacturing capabilities and trusted supply chain network will play a pivotal role in the global scaling of the Luna Surgical System.
Anticipated to be commercially available by 2025, Luna holds immense potential in several surgical disciplines, particularly gynecology, general surgery (including bariatric and colorectal), and urology. By equipping surgeons with unparalleled dexterity and instrument triangulation, Luna enables seamless navigation through even the most challenging anatomical structures. The advanced stability, strength, and precision offered by Luna empower surgeons to perform intricate tasks with minimal vibrations, ensuring optimal patient outcomes.
For a more comprehensive understanding of the Luna Surgical System and its revolutionary capabilities, we invite you to explore MD+DI’s in-depth analysis in their fascinating deep dive: “There’s More Than Meets The Eye with the Luna Surgical Robot.”
Frequently Asked Questions (FAQ)
1. What is the Luna Surgical System?
The Luna Surgical System is a second-generation digital surgery platform developed by Asensus Surgical. It features robotic arms to hold surgical instruments, a surgeon console for control, and surgical instruments attached to the robotic arms.
2. Who is Asensus Surgical partnering with for the Luna Surgical System?
Asensus Surgical has partnered with Flex, a well-established manufacturer specializing in advanced technology solutions, for the design and advanced manufacturing of the Luna Surgical System.
3. What services will Flex provide for Asensus?
Flex will offer a range of services to assist Asensus in delivering the Luna Surgical System at scale and faster. These services include design for manufacturing, ensuring seamless transition and improved manufacturability.
4. When will the Luna Surgical System be available?
Asensus Surgical anticipates that the Luna Surgical System will become commercially available in 2025, with an initial focus on gynecology, general surgery (including bariatric and colorectal), and urology.
5. How does Luna enhance surgical procedures?
Luna provides surgeons with enhanced dexterity and instrument triangulation, allowing them to maneuver in tight spaces and reach target anatomy with precision. It also offers stability, strength, and vibration-free performance for intricate surgical tasks.