Dental C14 MT Lithium Disilicate Glass Ceramic Blocks A1–BL4 CAD/CAM 5pcs/Box
🦷 Dental Lithium Disilicate CAD CAM Ceramic Blocks C14 MT A1–BL4 5PCS. 🦷 Lithium Disilicate Glass Ceramic Blocks. ✔ 5 × C14 Lithium Disilicate Ceramic Blocks. BL1 / BL2 / BL3 / BL4. C14 (18 × 13 × 15 mm).
Dental RA Round Carbide Bur for Slow Speed Latch Type RA 1# – 8# Burs 5 Pcs/Box
Dental lab Clinic low speed RA (Right Angle) Tungsten Steel burs. Bur full length. For dental lab or clinic use. Tungsten Steel material. We will always make every attempt possible to resolve issues if we made a mistake.
Dental RA Round Carbide Bur for Slow Speed Latch Type RA 1# – 8# Burs 5 Pcs/Box
Dental lab Clinic low speed RA (Right Angle) Tungsten Steel burs. Bur full length. For dental lab or clinic use. Tungsten Steel material. We will always make every attempt possible to resolve issues if we made a mistake.
MT C14 Dental Emax CAD/CAM Glass Ceramic Blocks Lithium Disilicate CEREC Block
This is a premium lithium disilicate glass ceramic block designed for dental CAD/CAM milling systems. 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 C14 Ceramic Blocks Lithium Disilicate Cerec CAD CAM HT/LT A1-A3.5 5Pcs/Box
Dental glass ceramics, Main ingredients are Lithium Disilicate, through special process. HT– A1, A2, A3,A3.5. LT— A1, A2, A3, A3.5. HT–High Transparency. LT–Low Transparency. 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 Dental C14 HT/LT Emax Glass Ceramic Blocks Lithium Disilicate CAD/CAM CEREC
Dental glass ceramics, Main ingredients are Lithium Disilicate, through special process. HT–High Transparency. HT– A1, A2, A3,B1,B2, BL1, BL2, BL3, BL4. 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.