Alis 10.5cm/4 1/4 inch Dissecting and Tissue Forceps Standard Sereated, A-GEN-206-10
Original price was: $13.29.$9.84Current price is: $9.84.
Alis 10.5cm/4 1/4 inch Dissecting and Tissue Forceps Standard Sereated, A-GEN-206-10 is a premium quality product from Alis. Divine Medicare is a well-known ecommerce platform for qualitative range of Surgical Forceps. All Alis 10.5cm/4 1/4 inch Dissecting and Tissue Forceps Standard Sereated, A-GEN-206-10 are manufactured by using quality assured material and advanced techniques, which make them up to the standard in this highly challenging field. The materials utilized to manufacture Alis 10.5cm/4 1/4 inch Dissecting and Tissue Forceps Standard Sereated, A-GEN-206-10, are sourced from the most reliable and official vendors, chosen after performing detailed market surveys. Alis products are widely acknowledged in the market for their high quality. We are dedicatedly involved in providing an excellent quality array of Alis Surgical Forceps.
Related Products
Excellent shear bond strength, Special cap for minimum evaporation, Maintains bond strength – Outstanding shelf life, Stable nano-filler, will not settle
Provides effective protection from dust and mists
NIOSH approved with > 99% (BFE) fluid resistant and disposable N95 respirator
Key Features
Easy & Hygienic Handling: Clicker Dispenser.
Low Film Thickness: For Perfect Indirect Restorations.
Strong Adhesion, Enhanced Marginal Integrity.
Dust mask composed of three layers of filters
Effective protection against dust and aerosol splashes designed for healthcare sector particularly
Complete dental bonding system with dual-cure capabilities*, Strong, reliable bonds for any application, Bonds to wet or dry tooth surfaces, Reduces post-operative sensitivity, Streamlined technique for fast, easy use
Excellent shear bond strength, Special cap for minimum evaporation, Maintains bond strength – Outstanding shelf life, Stable nano-filler, will not settle
DOSH SIRIM Approved Aura Particulate Respirator for ease of breathing and help reduce exposures to certain airborne particulates
