Hemedex, Inc.
5 products found

Hemedex, Inc. products

Hemedex QFlow - Titanium Bolt - Quad Lumen Bolt Kit

The QFlow 500 Titanium Bolt – Quad Lumen Bolt Kit (cat. #H0000-3644) provides a bolt that individually secures the QFlow 500 Perfusion Probe and three other sensors through one small burr hole in the cranium enabling monitoring of up to 6 intracranial parameters (ICP, PbtO2, Perfusion, Temperature, IEEG, Microdialysis). The kit includes a 5.3mm drill bit, depth collar, hex wrench, compression fittings, sealing caps, stylets, sensor introducers, scalpel, a pigtail extension, and a male-female luer coupler. This is the optimal solution for the user that seeks quad-port access.

Hemedex QFlow - Titanium Bolt - Single Lumen Bolt Kit

The QFlow 500 Titanium Bolt – Single Lumen Bolt Kit (H0000-3631) provides a bolt that secures the minimally invasive QFlow 500 Perfusion Probe through a small burr hole in the cranium. The kit includes a 2.7mm drill bit, depth collar, hex wrench, and dura piercer. This is the optimal solution for the user that seeks a single port access.

Hemedex - Dual Lumen Bolt Kit

The QFlow 500 Titanium Bolt – Dual Lumen Bolt Kit (cat. #H0000-3642) provides a bolt that secures the minimally invasive QFlow 500 Perfusion Probe and one other sensor through a burr hole in the cranium. The kit includes compression fittings, sealing caps, a stylet, a sensor introducer, a 5.3mm drill bit with depth collar, a hex wrench, a scalpel, a pigtail extension, and a male-female luer coupler. This is the optimal solution for the user that seeks dual port access.

Hemedex - Bowman Perfusion Monitor (BPM)

The Bowman Perfusion Monitor (BPM)  (cat. #H0000-0710) is the most innovative technology of its kind. The BPM continuously quantifies tissue blood flow (perfusion) in real-time, in absolute physiological units of ml/100g-min.

Hemedex QFlow - Perfusion Probe

When connected to the Bowman Perfusion Monitor, the minimally invasive QFlow 500 Perfusion Probe (cat. #H0000-1600) continuously quantifies tissue perfusion in absolute physiological units of ml/100g-min in real time using a thermal diffusion (TD) technique.