During open surgery, there is a need for an inexpensive and non-intrusive way to video record the area within and around the surgical site.
During gastroscopies, there is a need to improve the camera’s image output in order to provide better control of the instruments.
During open abdominal and thoracic surgeries, there is a need for a way to illuminate deep in the chest cavity without sacrificing the comfort or maneuverability of the surgeon.
During prostate resection, there is a need to quickly remove the fragments of cut tissue so that they don’t continuously circulate in the water and obstruct the surgeon’s view.
During VATS, there is a need to reduce the visual obstruction of the surgical site caused by holding instruments in the line of sight.
During laparoscopic procedures, there is a need for the surgeon to more easily distinguish between the location of the tools and the internal tissue in order to increase his awareness of the tool’s position.
During arthroscopic procedures, there is a need to more efficiently improve image clarity without risking harm to the patient.
During endoscopic retrograde cholangiopancreatography (ERCP), there is a need to provide surgeons with more detailed information of gallstone location within the common bile duct in order to reduce operation difficulty and reduce the risk of not detecting and extracting all gallstones.
During colonoscopies, there is a need for a more accurate method to locate the tumor’s anatomical position within the colon in order to reduce operation time during surgical resection of the tumor.