The 4 Fr size is typically used for smaller vessels, offering a balance between maneuverability and the ability to remove significant embolic material, whereas larger or smaller catheters might be chosen based on vessel size and specific clinical needs [Manufacturer Info].

Common issues might include difficulty in navigating the catheter in tortuous vessels, risk of balloon rupture if overinflated, and challenges in achieving effective clot engagement and removal [Manufacturer Info].

The stainless steel bushings provide enhanced radiopacity, making them beneficial in procedures requiring precise imaging to guide the catheter's placement and movement within the vascular system [Product Specs].

Critical steps include ensuring sterility, selecting the appropriate size introducer, carefully navigating the catheter to the target area, correctly inflating the balloon, and monitoring for any signs of vessel trauma during insertion and removal [Manufacturer Info].

The 4 Fr size is typically used for smaller vessels, offering a balance between maneuverability and the ability to remove significant embolic material, whereas larger or smaller catheters might be chosen based on vessel size and specific clinical needs [Manufacturer Info].

Common issues might include difficulty in navigating the catheter in tortuous vessels, risk of balloon rupture if overinflated, and challenges in achieving effective clot engagement and removal [Manufacturer Info].

The stainless steel bushings provide enhanced radiopacity, making them beneficial in procedures requiring precise imaging to guide the catheter's placement and movement within the vascular system [Product Specs].

Critical steps include ensuring sterility, selecting the appropriate size introducer, carefully navigating the catheter to the target area, correctly inflating the balloon, and monitoring for any signs of vessel trauma during insertion and removal [Manufacturer Info].