Fig 5 Arthroscope Sheath Cambridge Shoulder Over the last 25 years, arthrex has revolutionized arthroscopic procedures all over the world. our family of arthroscopes, arthroscopic sheath systems, competitive bridges, cameras, and cannulas make arthroscopy easier, more effective, and efficient. part of the synergyuhd4™ imaging system, these state of the art devices make arthrex imaging products the clear choice in orthopedic surgery. For dilating the incision for easier insertion of the twovu scope sheath arthroscope assembly. clearvu. flexible inflow outflow cannula for three portal knee arthroscopy. entrevu ex. in addition to offering all the functionality of a conventional instrument cannula, it also provides anti extravasation capabilities.
Dyonics Surgical 4mm 30 Degree Arthroscope W Rotatable Cannula Sheath Irrigation and distention of the joint are essential to all arthroscopic procedures. joint distention is maintained by lactated ringer solution during arthroscopy. the inflow may pass directly through the arthroscopic sheath or through a separate portal by means of a cannula. for adequate flow, a 6.0 or 6.2 mm sheath should be used with the scope. The synergy sheaths are constructed by expert craftsmen with the finest materials. the arthrex specific scope connection sheaths feature numerous sizes, lengths and configurations to accommodate any arthroscopic need. the high flow tapered and fenestrated sheaths work with both 30° and 70° scopes. the tapered sheaths hug the tip of the scope to reduce cartilage gouging and the fenestrations. Arthroscopic sheath: an arthroscopic sheath is used to advance the arthroscope into the joint space. 2. trocar: a trocar is used for puncturing the lateral capsule in an arthroscopic sheath. 3. cannulas: cannulas are used to pass hand instru ments into the joint and for irrigation and outflow. the devices inserted in the cannula, including the. The arthroscope is designed to fit inside a cannula, which is inserted into the joint with use of a blunt trocar. modern cannulas allow the flow of irrigation fluid into the joint. the camera is housed within the arthroscope and connected to the digital monitor for direct visualization of the joint, whereas the light source is coupled using.
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