EXPANSION OF SURGICAL STAPLING INTO NEW SURGICAL CARE SPECIALTIES




1. A specialty laparoscopic staple applier and tissue cutter instrument of 8 mm profile, a specialty laparoscopic stapler

applier instrument of 5 mm profile and implanted staples, of formed shaped proven in applications in tissue fastening,

as secure, load bearing, tissue anchors for improved wound closure in thick tissue like abdominal and uterine wall



- Colpotomy with clean edge and controlled vaginal cuff closure in hysterectomy procedure (~600,000 cases/year, US)


- Novel hernia repair procedure for preventing reoccurrence without use of surgical mesh. A specialty device for

reinforcement of hernia repair positioned intraperitoneally requiring no extensive dissection in preparation for

placement of the reinforcement device substantially reducing operation duration (~1,500,000 cases/year, US)






EXPANSION OF SURGICAL STAPLING WITH NOVEL INSTRUMENTS AND TECHNOLOGIES




2. Novel stapling technology capable of delivering staple with formed height of up to 4 mm in conventional endocutter

platform of 12 mm profile



3. Novel stapling technology in conventional endocutter platform for reducing air leaks in lung due to dynamic and

periodic, physiological loading from breathing action



4. Novel stapling technology in new endoluminal anastomosis stapler platform for reducing leaks in anastomosis of

bowel due to static loading from stool






EXPANSION OF SURGICAL STAPLING INTO NEW MINIMALLY INVASIVE SURGERY DOMAIN, ENDOLUMINAL SURGERY




5. An endoluminal staple applier & implanted staple as an endoluminal tissue anchor for preventing migration of GI

stent (for use with the robot assisted endoluminal surgery system, see https://endoscape.com/colonoscopy.html)



6. Endoluminal stapling technology for closure of surgical wound and perforation in bowel (for use with the robot

assisted endoluminal surgery system, see https://endoscape.com/colonoscopy.html)








Please contact us for inquiries on strategic collaboration.