Welcome to DigiDent Dental Art Technology Laboratory

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Our solid Full Zirconia comes from one of the largest zirconia providers worldwide. Comparative testings confirm it having the highest translucent properties out of all other material tested. With the best coloring techniques and precise sintering controls, we guarantee esthetics, perfect fit, excellent machinability and absolute biocompatibility.

Katana Zirconia is a premium multilayered zirconia material known for its exceptional strength, natural translucency, and seamless color gradient. It’s ideal for both anterior and posterior restorations, offering a perfect balance of aesthetics and durability. Katana Zirconia crowns provide lifelike results with long-lasting performance, making them a top choice for high-quality dental restorations.

The new incomparable, highly translucent, fully biocompatible, and chemically nonreactive material. To

achieve maximum strength and transparency, Z-Glass is created by combining the precision of CAD/CAM

Technology and life like esthetics of ceramic and being process attentively with flexural strength over 650 MPa.

E.max and ZirCAD are high-quality materials used for durable, aesthetic dental crowns.  ZirCAD, made from zirconia, offers exceptional strength and durability, making it perfect for posterior crowns and bridges. Both provide long-lasting, biocompatible solutions for beautiful, functional restorations.

 Specifically designed and fabricated in-house. We match the unique anatomy with the advance of CAD/CAM technology and the additional options available. Highly advance skills technicians, digitally design a natural looking emergence profile. Each of our titanium abutments comes with grooves for improved retention and a curtesy anodizing abutment.

Porcelain-Fused-to-Metal (PFM) restorations combine the strength and durability of a metal substructure with the natural aesthetics of dental porcelain. A proven and reliable restorative option, PFM crowns and bridges provide excellent stability, function, and long-term performance for both anterior and posterior cases.