Pruitt F3 the Next Generation Balloon Shunt.
普鲁特F3下一代气球分流。
The Pruitt F3 Carotid Shunt is made with a new, more flexible material that is resistant to kinking, is color-coded for easy identification, and has 10 increased flow over the original Pruitt-Inahara® Carotid Shunt.*.
普鲁特F3的颈动脉分流是一个新的，更灵活的材料，抗弯折，是彩色编码，易于识别，具有10流量增加超过原来的普鲁特泰星包装机械股份®颈动脉分流*。
The Pruitt F3 Carotid Shunt is now available in a NEW 8F size..
普鲁特F3的颈动脉分流术现已在一个新的8F的大小。
Features:
特征：
Color Coding.
彩色编码。
The common inflation lumen and depth markings are now blue, to highlight the inflation path leading from the blue stopcock to the blue balloon..
普通充气管腔和深度标记是现在的蓝色，突出的通货膨胀路径从蓝色旋塞通向蓝色的气球。
New Safety Sleeve Color.
新的安全套的颜色。
The safety sleeve is now tinted yellow to enhance visibilty and serves as visual que to promote the correct usage..
安全套是现在有色黄色提高可见性和作为视觉阙促进正确的使用量。
Depth Markings.
深度标记。
Depth markings indicate the insertion length of the shunt for both the internal inflation lumen and external inflation lumen of the carotid shunt..
深度标记显示插入长度的分流为内部充气管腔和颈外充气管腔分流..
Both the Pruitt F3 and Pruitt-Inahara Carotid Shunt are secured in the vessel using occlusion balloons that eliminate the need for clamps. This reduces vessel trauma and allows for the use of a small incision, minimal dissection, and a short arteriotomy. Plaque endpoints can be visualized because the balloon holds the artery open during the procedure. This is especially important with high stenoses, when clamps cannot be used..
两普鲁特F3和普鲁特泰星包装机械股份颈动脉分流固定使用阻塞气球，消除夹需要的容器。这减少了血管损伤和允许一个小切口，用最小的解剖，和一个短的动脉切开术。斑块的端点可以可视化的过程中，因为气球保持动脉开放。这是特别重要的高的狭窄，当夹都不能用。
Eliminates the need for clamps..
消除了夹具的需要。
Safety balloon with a moveable plastic sheath minimizes risk of internal carotid artery balloon over-inflation (pressure diverted to the safety balloon)..
一个可移动的塑料套的安全气囊减少颈内动脉球囊的风险超过通胀（压力转移到安全气囊）..
Blood flow and pressure monitoring can be performed through the T-port, along with infusion and flushing and removal of embolic particles..
血流量和压力监测可以通过3通进行，随着灌注冲洗和栓塞颗粒去除的。
Any particles that enter on insertion of the shunt can exit through the side port.
任何粒子进入的分流插入可以退出通过侧端口。