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Endoscopy Platform

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  • Project : Endoscopy Platform
  • Category : Medical Device
  • Date : 15 October 2022
  • Tags : Endoscopy
  • Size : USD 2,5 Mio, Private Equity

The Next Generation GI Endoscopy

Single Use, Self Propelled, Recyclable Endoscopes

Endogenous has developed an entirely new solution to address the significant deficiencies of existing gastrointestinal (GI) endoscopy systems. Parascope® addresses the limitations of traditional reusable “push” endoscopes by providing single-use, self-propelled, recyclable endoscopes (for non-medical use) with superior imaging technology. The combined platform dramatically improves access, lesion detection, diagnostic accuracy, and interventional capability compared to existing systems while addressing the emerging concerns of cross-infection and contamination due to the reprocessing failures associated with reusable endoscope designs.

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Minimal Invasion with Superior Imaging Technology

  • Highly disruptive medical device platform addressing the key unmet needs in GI endoscopy
  • Rapid access to entire GI tract with superior imaging, accuracy and interventional capability
  • Unique, with robust IP protection including granted patent in the US, Europe, China, India and other markets
  • Proven technology (animal test and first in human comfort test successfully completed on earlier reusable self propelled model)
  • Targeting market >US$24bn per annum , significant profit potential
  • True impact investment opportunity to deliver access to endoscopic services in underdeveloped regions throughout the world
  • The patent cover includes the Fluid Kinetic Propulsion™ technology which is the key to delivering total GI access and the low cost single-use construct.
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TESTED: A Single Platform, Safer and Diagnostically Superior

A single endoscopic platform can now address all diagnostic and interventional procedures anywhere in the gastrointestinal tract quickly and reliably enough for typical day surgery scenarios. The propulsion system produces a lower force per unit area than traditional “push” endoscopes reducing the potential for looping, perforation and other adverse events. Built in sensors for movement and pressure detection provide higher level of safety; coupled with less time “pushing” and more time “looking” provides the potential for higher diagnostic yield.

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