Lifescience PLUS Haemostatic Dressing BloodSTOP® iX Sodium Carboxymethyl Cellulose

Lifescience PLUS Haemostatic Dressing BloodSTOP® iX Sodium Carboxymethyl Cellulose - M-853847-1254 - Case of 120

$7,820.99
Packaging *

Lifescience PLUS

Haemostatic Dressing

In Stock

M-853847-1254

-
+
$7,820.99
secure_pay

Delivery - 1-2 Weeks, Directly Ships from the Manufacturer

  • The most common medical office and hospital uses: Oral surgery (tooth extractions), catheter sheath removals (after interventional catheter procedures), surface bleeding during the implant and removal of various devices, placement and removal of drainage catheters and for hemostasis on hemodialysis shunts, emergency room procedures (solubility in saline eases the removal of dirt and foreign bodies during wash out), skin biopsies, circumcisions, hemorrhoids, nose bleeds, any other surface hemorrhage (i.e. finger sticks for diabetics, PICC line removals, etc.)
  • BloodSTOP® iX reduces the hold times when used as an adjunct to manual pressure
  • Easy to use, cut, fold or layer
  • Conforms to all wound surfaces
  • Transforms into a translucent gel that seals and allows monitoring of the wound
  • Initiates coagulation and accelerates clot formation
  • Stays in wound while excess material and contaminants are easily washed off
  • Cost effective
  • Indication for use: Emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required.
  • For surgical procedures and in hospital use
  • 100% Natural plant components
  • 2 X 4 Inch Dimension
  • 2 X 4 Inch Dimension

    • Item Id 853847
    MF ID BSIX-15
    Brand BloodSTOP® iX
    Manufacturer Lifescience PLUS
    Active Ingredients Sodium Carboxymethyl Cellulose
    Application Haemostatic Dressing
    UNSPSC Code 42311500

    Recently Viewed Products

    FDA Disclaimer: "These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease."