Surgiclean® Absorbable Hemostatic Particles, honored as “Zhejiang High-Quality Manufactured Products” and “ Zhejiang Excellent Industrial Products”, is prepared with potato starch as raw materials using emulsification crosslinking technology. Hemostasis is successfully achieved within 3 minutes and degradation in the bodies initiates after hemostasis and finishes within 7 days. Oxidized Regenerated Cellulose products, made from specialty fiber through oxidation and trimming, are smart hemostatics decomposed and absorbed synchronized with the healing process of human tissues and can be divided into gauze, fibrils and particles, useful for stopping capillary, venous or arterial bleeding.
As we all know, surgery is a matter of seconds, so effective and safe hemostatic products are extremely important. So oxidized regenerated haemostat gauze of Surgiclean is here for you. Product Name: Surgiclean ® Absorbable Gauze of Oxidized Regenerated Cellulose Certification: CE 2292 Raw…
As we all know, surgery is a matter of seconds, so effective and safe hemostatic products are extremely important. So oxidized regenerated haemostat gauze of Surgiclean is here for you.
Surgiclean® Absorbable Gauze of Oxidized Regenerated Cellulose
The raw material is regenerated cellulose which is oxidized and woven into gauze, and will
degrade in the body without residual material. The main ingredient is carboxy-methyl cellulose.
As a supporting hemostatic device, this product is suitable for various surgical procedures. It can
help control the bleeding of capillaries, veins and small arteries where bleeding can’t be well
controlled by traditional methods like ligation.
Appearance and Smell:
It is white or pale yellow fabric and has a faint, caramel-like aroma.
The product is setting with a layer of medical inner packaging paper, put into the
aluminum-plastic bag packaging (Primary packing), then it is packed with paper plastic bag
· Usually bleeding is stopped within minutes.
· Absorbed within 30 days, the gauze degradation in vivo begins after hemostasis. Its absorbable
rate depends on multi factors, including the dose used, the site being treated, and the degree
of blood permeation.
· 100% biodegradable