Engaged in advancing innovative solutions for large-scale market applications
OMER, Israel, June 12, 2020 – Medigus Ltd. (MDGS) (MDGS), a technology company developing minimally invasive tools and an innovator in direct visualization technology, today announced that ScoutCam Ltd, wholly owned subsidiary of ScoutCam Inc. (SCTC), the Company’s indirect subsidiary and a leading developer and manufacturer of customized visual solutions and supplementary technologies, was granted a patent in Canada for its endoscope irrigation technology. The patented technology, which has already been approved for patents in other jurisdictions, including the United States, European Union, and Japan, showcases the resistance and durability of ScoutCam’s micro-cameras as well as the Company’s ability to reduce the diameter of its devices compared with competing endoscopes/borescopes with traditional irrigation technology, further positioning ScoutCam as a leader in the medical, industrial and aeronautic/defense sectors.
The patent features ScoutCam’s micro-ScoutCam, which has been integrated into medical endoscope devices in an effort to make endoscopies less invasive and thereby contributing to the evolution of the healthcare industry. The technology covered in the patent allows adding irrigation to an endoscope without the need for an additional tube dedicated for fluids. The innovative offering saves space within the tube by unifying the water with other channels within the endoscope, which allows ScoutCam to design and manufacture an endoscope with irrigation smaller in diameter than competing devices, while using the same sensors.
“The smaller the endoscope diameter, the more pathologies it can help detect and help treat,” said Yaron Silberman, Chief Executive Officer of ScoutCam. “ScoutCam’s patented irrigation technology not only reduces the device diameter, but also increases the ability to see in various anatomical parts and can streamline the endoscopic process.”
In order to implement the patented technology, ScoutCam cameras are embedded in the space where water flows freely, further proving that its cameras are waterproof and resistant to damage in various environmental conditions. This patent-protected technology has previously been used in a therapeutic endoscope that was cleared for marketing by the U.S. Food and Drug Administration.