Asensus Surgical Announces LUNA, Next Generation Digital Surgery Platform
Asensus Surgical, Inc. a medical device company that is digitizing the interface between the surgeon and the patient to pioneer a new era of Performance-Guided Surgery™, is providing this corporate update in conjunction with its previously announced Investor Day, which will be hosted today, beginning at 11:30am EST.
“Our vision is to revolutionize the way surgery is performed and ultimately the way patients are treated. To date, we have made tremendous progress evolving robotically-assisted surgery into Digital Laparoscopy with the combination of our Senhance® Surgical System and the intelligent capabilities of our Intelligent Surgical Unit™(ISU™). However, we expect more from a surgical solution,” said Anthony Fernando, President and Chief Executive Officer of Asensus. “We have first hand knowledge, shaped by thousands of real-world procedures and years of interactions with surgeons and hospitals, of what the market needs, which is much more than just a robot. The best solution will materially reduce surgical variability and deliver improved outcomes. We are working to deliver that solution, a new era of surgery called Performance-Guided Surgery, the foundation of which will be our new LUNA™ Surgical System and the clinical intelligence capabilities provided to surgeons through the ongoing development of the ISU.”
Based on its clinical and commercial experience to date, the Company is introducing an integrated Digital Surgery solution comprising a next generation surgical platform and instruments, real-time intraoperative clinical intelligence and a secure cloud platform to apply machine learning to deliver clinical insights. This Digital Surgery solution will enable the Company’s vision of Performance-Guided Surgery.
LUNA, the Company’s Next Generation Digital Surgery Platform
Designed based on the feedback received from over 10,000 digital laparoscopic procedures performed with the Senhance System, the LUNA Surgical System is the Company’s next generation digital surgery platform. Through a combination of advanced minimally invasive instrumentation, the first ever digital interface between the surgeon and the console, and industry-leading clinical intelligence tools, we believe LUNA is poised to revolutionize the way surgery is performed.
The LUNA Surgical System is under development, and not currently available for use.
The LUNA Surgical System is Asensus’ next generation digital surgery platform that is poised to revolutionize the way surgery is performed.
New Intelligent Surgical Unit Capabilities Announced
The Company’s digital surgical platforms are powered by the ISU. The ISU enables real-time surgical image analytics coupled with machine vision-driven control of the camera for a surgeon by responding to commands and recognizing certain objects and locations in the surgical field. It allows the surgeon to measure anatomy, place digital tags, enhance the surgical image and offers Augmented Intelligence (AI) driven control of the camera enabling the surgeon to focus on other critical surgical tasks.
The Company is announcing incremental features sets which are now under development:
- An Analytical Feature Set, which includes pre-operative surgical planning that will allow surgeons to map out and plan for specific surgical actions intraoperatively using the ISU’s Augmented Intelligence
- A Safety Feature Set, which includes “no fly zone” functionality that will enable the identification and marking of potential hazards during the operation, thereby restricting instruments from entering into defined anatomical structures
- A Training and Education Set, which includes telestration, allowing multiple team members to work together in real-time by annotating, highlighting and drawing on a shared visual display of the surgical field
Cloud Data Architecture and Machine Learning
Asensus Surgical previously announced that it agreed on a multi-year strategic collaboration with Google Cloud to integrate Google Cloud’s secure cloud data architecture and machine learning technologies to further expand the capabilities of the Asensus Surgical’s Performance-Guided Surgery framework enabled through the ISU. Google’s secure cloud data architecture will capture this data and Asensus will enable customer access portals and performance dashboards for surgeons and hospitals. Google’s machine learning technologies will be utilized to analyze the data and discern clinical intelligence that can be utilized by surgeons and hospitals in addition to continuously improving the software in the ISU to provide better intra-operative clinical insight. This collaboration to better capture clinical performance data and apply Augmented Intelligence capabilities is expected to provide clinical insight and drive superior outcomes for patients.
KARL STORZ Collaboration Agreement
The Company previously announced that it had entered into a Memorandum of Understanding with KARL STORZ VentureONE Pte. Ltd. (KARL STORZ), a new wholly owned subsidiary of KARL STORZ SE & Co. KG, a global leader in the medical technologies industry, especially in the area of endoscopes, medical instruments, and devices that offers state-of-the-art technology for minimally invasive procedures in virtually all surgical specialties. As part of this agreement, KARL STORZ intends to market and sell Asensus’ Intelligent Surgical Unit as a standalone device together with their IMAGE1 S™ Imaging system and OR1™ integration solution. The companies also intend to work together on the integration of the ISU into KARL STORZ’s laparoscopic vision systems and jointly collaborate on developing next-generation instrumentation to be used with Asensus and KARL STORZ surgical platforms. As a solution-oriented and innovative partner, KARL STORZ is in close collaboration with surgeons and health care partners around the globe to enable them to perform at their very best every day to improve patients’ lives. Upon finalization of the definitive agreements, the ISU’s will bring its advanced Augmented Intelligence capabilities to operating rooms around the world.
Source: Asensus Surgical