CROSSTECH MultiUse Dental Diamond C14SSC, WHEEL 909/035C, Coarse,5 Burs
$5.00 Combined U.S ShippingInternational Shipping is calculated by eBay. To save you money, you can add additional items into shopping cart and checkout at the same time. Premium Multi-Use CROSSTECH Diamond Burs 909/035C (C14SSC) – (3.5 mm head size, 1.2 mm depth size), Coarse Grit, Friction Grip Shank used with High Speed Handpiece, Wheel (5 Burs Per Pack) . Premium Multi-Use Diamond burs have the similar quality as the most of expensive multi-use diamond burs on the market. There are over 1200 different shapes and grits, we offer one low price for them all. Five burs per package, manufactured with natural diamonds which produce more cutting surfaces than synthetic diamonds; also Swiss multi-coating technique is used to offer the highest level of cutting efficiency with less clogging and durability. One-piece stainless steel shanks with special heat treatment ensure rigidity, strength and precision. Powered by eBay Turbo Lister The free listing tool. List your items fast and easy and manage your active items. $5.00 Combined U.S ShippingInternational Shipping is calculated by eBay. To save you money, you can add additional items into shopping cart and checkout at the same time.
CROSSTECH MultiUse Dental Diamond C14SS, WHEEL 909/035M, Medium, 5 Burs
PremiumMulti-Use Diamond burs have the similar quality as the most of expensive multi-use diamond burs on the market.
C14 Dental Lithium Disilicate Glass Ceramic Blocks CAD CAM for Planmeca 5pcs
The sale of this item may be subject to regulation by the U.S. Food and Drug Administration and state and local regulatory agencies. We will always make every attempt possible to resolve issues if we made a mistake.
US 5Pcs/Box Dental C14 Glass Ceramic Lithium Dislicate Blocks Cerec CAD CAM Emax
Dental glass ceramics, Main ingredients are Lithium Disilicate, through special process. Bending strength The average biaxial bending strength after being fully crystallized is 637Mpa, higher than the standard strength value, set by ISO6892:2008 For Dental Ceramics.
US CEREC Emax Compatible C14 MT CAD/CAM Ceramic Blocks – Lithium Disilicate
CEREC (Dentsply Sirona). Balanced Translucency (MT) Sits between HT and LT – provides better masking than HT for mild discolorations and better vitality than LT for lifelike aesthetics. Quantity: 5 blocks per box (other quantities available upon request).
Dental Emax C14 Lithium Disilicate Glass Ceramic Crown Blocks CEREC CAD CAM LT
Now expanded with the LT‑A4 shade, this series covers five of the most popular A‑shade options (A1, A2, A3, A3.5, A4), providing enhanced opacity to effectively mask darker substrates while maintaining a vital, natural appearance – ideal for CAD/CAM‑fabricated single‑unit crowns, inlays, and onlays.
US C14 Dental Lithium Disilicate High‑Translucency Blocks Emax CAD/CAM For CEREC
The C14 HT Series is a premium high‑translucency lithium disilicate glass‑ceramic block designed for CAD/CAM‑fabricated anterior restorations. CEREC (Dentsply Sirona). Quantity: 5 blocks per box (other quantities available upon request).
Empress Cad Milling Blocks LT B1 C14
The Empress Cad Milling Blocks LT B1 C14 are precision milling blocks designed specifically for dental and medical professionals. With the Empress brand known for quality and reliability, these blocks offer a precise and efficient solution for milling tasks. The model LT B1 C14 further enhances its functionality and adaptability to various applications within the healthcare and lab industry. Ideal for professionals seeking high-quality and durable tools for precise milling tasks, these blocks provide a reliable option for achieving accurate results.
Dental Non Firing PMMA Blocks CAM CAD CEREC A2 C14 Milling Sirona Free Sinter US
Material: PMMA Blocks. C14 A2 Shade. Excellent polishability. Shade stability and lifelike fluorescence.
C14 A2 Dental PMMA Block Non Firing CAM CAD CEREC Milling Sirona Free Sinter
Dental PMMA Block C14-A2. C14 (18 13 15mm). Excellent polishability. Shade stability and lifelike fluorescence.