Skip to content

Inovus Medical unveils two new general surgery modules for LapAR platform

Inovus Medical, a global leader in surgical training technologies, has announced the release of two innovative new laparoscopic surgical simulation models: the Mesocolic Dissection Model and the Cholecystectomy Model for its LapAR platform. Designed to offer exceptional realism and natural haptics,

Inovus Medical unveils two new general surgery modules for LapAR platform
Published: | 2 min read

Inovus Medical, a global leader in surgical training technologies, has announced the release of two innovative new laparoscopic surgical simulation models: the Mesocolic Dissection Model and the Cholecystectomy Model for its LapAR platform.

Designed to offer exceptional realism and natural haptics, each model empowers surgeons to learn the key steps of both common and more advanced procedures in a safe and controlled training environment.

The new Mesocolic Dissection Model is tailored to colorectal surgical training and represents the descending/sigmoid colon. The model allows trainees to practice key skills for carrying out anterior resections, left hemicolectomies, and sigmoid colectomies. Surgeons training on the Mesocolic Dissection Model can also use it to identify the inferior mesenteric artery and vein, complete transection and ligation of the vessels, and dissect the colon from the colonic mesentery.

The new Cholecystectomy model allows trainees to safely and repeatedly enhance their ability to identify the critical view of safety, dissect Calot’s triangle, clip and divide the cystic duct and artery, and complete a full gallbladder removal from the liver plate. The advancements add two additional modules to Inovus Medical’s state-of-the-art augmented reality LapAR simulator and its transformative Totum platform, enabling surgeons to track their training as they work to achieve skills mastery.

Dr Elliot Street, CEO and co-founder of Inovus Medical said: “These new modules focus on high volume procedures that are critical to general surgical resident training. We are proud to be equipping the next generation of surgeons with the skills they need to perform these procedures with confidence and improve patient outcomes.”

The company says each of these precisely engineered models has been designed to replicate two critical procedures in laparoscopic general surgery, empowering surgeons to hone their skills in a safe and controlled training environment.

With the Mesocolic Dissection Model, trainees can dissect the colon from the colonic mesenter, identify, ligate and cut the inferior mesenteric artery and vein, and practise skills transferable to large colon resections.

With the Cholecystectomy Model, users can dissect Calot’s triangle, clip and divide the cystic duct and cystic artery, and complete a full gallbladder removal from the liver plate.

Photo: Inovus Medical

Sign up to our newsletter

The week's biggest stories from this industry, direct to your inbox.

Personal information

More in Digital Health & AI

See all

More from Oliver Johnson

See all
Holistic scientific frameworks for real-world use

Holistic scientific frameworks for real-world use

/

From our partners

Sponsored content
Driving innovation in medical motion control

Driving innovation in medical motion control

Whether it’s the smooth articulation of a surgical robot, the precise positioning of an imaging system, or the reliable, repeatable movement inside a laboratory instrument, motion control plays a key role in modern medical devices. Despite this, however, it is often one of the most complex aspects o

/