roominar.ir

Générateur de CLO2 ultra pur. Medalab

4.6 (446) · € 455.99 · En Stock

Générateur de CLO2 (dioxyde de chlore) ultra pur. Pureté minimale de 99,99 %. Une forme de production totalement nouvelle. Équipement avec connecteur d

Electricide Electrochemical Chlorine Dioxide Generator

ClorTec®

Spare caps for the CLO2 generator - Medalab Research

Shop - Medalab Research

Maxorb II is an advanced alginate dressing that delivers high performance absorbency and wet strength. Available in a 12 inch rope for filling moderate to heavily draining wounds and in sheet form for shallow moderate to heavily draining wounds.

Maxorb II Alginate Dressing, 4 x 4 inch

Maxorb II is an advanced alginate dressing that delivers high performance absorbency and wet strength. Available in a 12 inch rope for filling moderate to heavily draining wounds and in sheet form for shallow moderate to heavily draining wounds.

Maxorb II Alginate Dressing, 4 x 4 inch

Maxorb II is an advanced alginate dressing that delivers high performance absorbency and wet strength. Available in a 12 inch rope for filling moderate to heavily draining wounds and in sheet form for shallow moderate to heavily draining wounds.

Maxorb II Alginate Dressing, 4 x 4 inch

Maxorb II is an advanced alginate dressing that delivers high performance absorbency and wet strength. Available in a 12 inch rope for filling moderate to heavily draining wounds and in sheet form for shallow moderate to heavily draining wounds.

Maxorb II Alginate Dressing, 4 x 4 inch

Medalab - Discover the best Zapper technology on the market

Générateur de dioxyde de chlore DIOX-A

ClO2 Generator Air Pump / Accessories - Medalab Research

Maxorb II is an advanced alginate dressing that delivers high performance absorbency and wet strength. Available in a 12 inch rope for filling moderate to heavily draining wounds and in sheet form for shallow moderate to heavily draining wounds.

Maxorb II Alginate Dressing, 4 x 4 inch

Microfrequency Generator - The best Zapper on the market- Medalab Research