Olympus TJF-160VF EVIS EXERA video duodenoscope with a 4.2 mm channel, 1240 mm working length, 100° field of view and 5° backward-oblique viewing for ERCP procedures.
The Olympus TJF-160VF is a video duodenoscope designed for ERCP procedures requiring precise guidance and effective instrument control. It combines a large working channel, multidirectional angulation, and a guidewire retention system to facilitate accessory exchanges during biliary and pancreatic interventions.
The TJF-160VF incorporates a V-groove forceps elevator designed to maintain the guidewire in position during instrument exchanges. This configuration helps preserve guidewire positioning throughout the different stages of therapeutic procedures involving the biliary and pancreatic ducts.
The optical system provides a 100° field of view with a 5° rearward oblique viewing direction. This configuration supports visualization of the papillary region and facilitates endoscope positioning during biliary and pancreatic procedures.
The video duodenoscope features an ergonomic control handle with an organized control layout designed for smooth operation. Its 13.2 mm insertion tube diameter, combined with a 4.2 mm working channel, allows the introduction and manipulation of compatible accessories used during ERCP procedures.
The multidirectional angulation of the distal section allows precise orientation toward the Vater's papilla and facilitates positioning within the biliary and pancreatic anatomy.
The TJF-160VF is designed for use with compatible video endoscopy systems, allowing integration into existing endoscopy setups.
An endoscope identification function also supports management and tracking of device-related information within a hospital environment.
The Olympus TJF-160VF combines an ERCP-oriented configuration, a 4.2 mm working channel, a wide range of angulation, and a guidewire retention system. It is designed to support biliary and pancreatic endoscopic procedures requiring precise instrument control.
The Olympus TJF-160VF is a video duodenoscope designed for ERCP procedures requiring precise guidance and effective instrument control. It combines a large working channel, multidirectional angulation, and a guidewire retention system to facilitate accessory exchanges during biliary and pancreatic interventions.
The TJF-160VF incorporates a V-groove forceps elevator designed to maintain the guidewire in position during instrument exchanges. This configuration helps preserve guidewire positioning throughout the different stages of therapeutic procedures involving the biliary and pancreatic ducts.
The optical system provides a 100° field of view with a 5° rearward oblique viewing direction. This configuration supports visualization of the papillary region and facilitates endoscope positioning during biliary and pancreatic procedures.
The video duodenoscope features an ergonomic control handle with an organized control layout designed for smooth operation. Its 13.2 mm insertion tube diameter, combined with a 4.2 mm working channel, allows the introduction and manipulation of compatible accessories used during ERCP procedures.
The multidirectional angulation of the distal section allows precise orientation toward the Vater's papilla and facilitates positioning within the biliary and pancreatic anatomy.
The TJF-160VF is designed for use with compatible video endoscopy systems, allowing integration into existing endoscopy setups.
An endoscope identification function also supports management and tracking of device-related information within a hospital environment.
The Olympus TJF-160VF combines an ERCP-oriented configuration, a 4.2 mm working channel, a wide range of angulation, and a guidewire retention system. It is designed to support biliary and pancreatic endoscopic procedures requiring precise instrument control.