At Channel Robotics, we are pushing the boundaries of what can be done via flexible endoscopic intervention. We are developing a platform technology, deliverable through the working channel of a flexible endoscope, that will have the capacity to provide assistance with procedures in a variety of organs.
The first indication we are focusing on, is addressing challenges of lesion removal in the colon via endoscopic submucosal dissection (ESD). With enhanced instrument control allowing for improved dexterity and access, we expect to see expanding indications for ESD, shorter operative times, reduced surgeon burden, and improved procedural efficacy.
DIFFICULT TO VISUALIZE
The surgeon's view is confined to what the camera on the endoscope shows, which can be limited due to the geometry of anatomy. This restricted view can make it challenging to get a good view of anatomy and to direct and control surgical instruments.
DIFFICULT TO CONTROL
Instruments in endoscopic surgery often lack the ability to adequately reach the lesions in question once they leave the confines of the scope as they lack sufficient articulation dexterity. This is both a challenge of manufacturing instruments that have articulation mechanisms, and addressing how a single surgeon would be able to control both articulating instruments and articulating endoscopes at the same time.
COMPLEX TO PERFORM
Surgeons need extensive training to develop the dexterity required for these challenging procedure, resulting in a longer road to proficiency. The impact of performing these procedures regularly can have an impact on physical health secondary to challenging ergonomics.
EXPENSIVE TO OFFER
Some challenges with visualization, instrument control, and ergonomics can be solved with robotics. Their use has led to one of the biggest transformative shifts in surgery in the past two decades. However, these systems are incredibly expensive and are unattainable for most practices and hospitals.