Absorbable Oxidized Regenerated Cellulose - Surgi-ORC® Haemostat/Hemostat

Surgi-ORC® is Absorbable Oxidized Regenerated Cellulose

A natural, plant based Absorbable Haemostatic made up of Oxidized Regenerated Cellulose, designed to stop capillary, venous and minor arterial bleeding.

Features:

-Haemostasis within 3 – 4 minutes
-Natural, Plant based
-Low pH creates bactericidal environment
-Completely absorbed within 7–14 days
-Can be cut into any desired dimension without fraying
-Applied dry and can be laid on, held against or wrapped around a bleeding surface
-High flexibility and drapability
-Full absorption at the site of application without tissue reaction
-In conformance with the requirements for Oxidized Regenerated Cellulose as described in the US-Pharmacopoeia (latest edition)

Why to use Surgi-ORC®

The plant based natural cellulose with high stability and fluid absorption when compared with cotton-based products.
It is a sterile product made-up of oxidized regenerated cellulose (polyoxyan hydro glucuronic acid) and has no animal or chalcogen additive substances and can be sutured and cut without any wear

Haemostatic Mechanism:

-The action mechanism of Surgi-ORC® is independent from the blood coagulation mechanism of the body.
-Surgi-ORC® absorbs the blood and forms a brown/black gelatinous mass, which aids clot formation at the site of application.
-This gelatinous mass acts as a physical matrix for the platelets adherence.
-Platelets aggregation leads to the formation of a platelet-fibrin plug, hence, Haemostasis

Application:

Applying Surgi-ORC® is very simple, fast and safe. It can be applied directly onto the dried bleeding area or organ.

It can either be applied to the required area by gentle pressure, attaching it with a stitch, sewing it onto a tissue or an organ or it can be used as a form of tamponade.

Surgi-ORC® haemostats are white or pale yellow in color and can be cut into desired sizes for different endoscopic surgeries.

Surgi-ORC® Absorbable Haemostats are fully absorbed with minimum tissue reaction.