Showing 1–12 of 43 results

Coltene Hyflex Edm

34 $
Up to 700% higher fracture resistance Specially hardened surface Less filing required for treatment success HyFlex NiTi have a built-in

Coltene Hyflex Files 6% 21mm

87 $
Made of regenerative Titanium Nickel. Pre-sterilised. Much more resistant to cyclic fatigue than conventional NiTi. Low incidence of file fracture. By following the anatomy of

Coltene Hyflex Files 6% 25mm

87 $
Coltene Hyflex Files 6% 25mm Made of regenerative Titanium Nickel. Pre-sterilised. Much more resistant to cyclic fatigue than conventional NiTi. Low incidence of file fracture.

Denco CHAMELEON-SERIES-ROTARY-FILES

Product Details: Chameleon are our DENCO best seller for endodontic files with Nanotechnology, enhancing the toughness of the file. File

Denco D-SHAPER

Easy and efficient Sharp cutting and efficient chip removal at the same time, easy to complete the root canal treatment

Denco D-SUPER FILES

D-SUPER FILES Made of high quality NiTi alloy, after heat activation treatment becomes golden color Good flexibility, high quality cutting

Denco DUAL-SHAPER

Product Details: 𝟑-𝟏𝟕𝐦𝐦 𝐬𝐢𝐧𝐠𝐥𝐞-𝐞𝐝𝐠𝐞 𝐝𝐞𝐬𝐢𝐠𝐧, endows the files with powerful cutting force and increases 40% in debris removal 𝐒𝐦𝐚𝐫𝐭 𝐚𝐧𝐝

Denco ONLY ONE FILE

One instrument only can prepare a root canal Effective with less steps, time saving Special screw thread, reciprocating motion 3

Denco Primary Files

Short thread design, matching the short root canal of baby’s teeth. The small files protects the fragile root canal wall

Denco PRO-FLEXI FILES

Perfect adaptation 04% taper design, ISO standard model, perfectly adapted to the native tooth form Super flexible, perfectly sculpted in

Dentsply Protaper Gold Rotary Files 21mm

88 $
Enhanced Metallurgy (ProTaper GOLD) Multiple Changing Tapers over each File’s Cutting Blades Convex Triangular Cross Section Progressively Changing Helical Angle

Dentsply Protaper Gold Rotary Files 25mm

88 $
Enhanced Metallurgy (ProTaper GOLD) Multiple Changing Tapers over each File’s Cutting Blades Convex Triangular Cross Section Progressively Changing Helical Angle