Laboratory Services
As a dental lab, our goal is not only to create functional restorations, but to make it easier for dentists to create beautiful smiles for all of the unique individuals that you serve.
Veneers
Custom-crafted ceramic veneers designed to restore natural aesthetics, translucency and durability. Using advanced digital workflows and high-quality materials such as E.max, zirconia and GC LiSi, each veneer is fabricated to integrate seamlessly with the surrounding dentition while supporting long-term function and aesthetics.
Inlays / Onlays
Precision-milled inlays and onlays designed to restore compromised tooth structure while preserving as much natural enamel as possible. Fabricated using modern CAD/CAM technology and durable ceramic materials, they provide an accurate fit, strong marginal integrity and long-term durability for restorative cases.
Crowns
Digitally designed crowns manufactured using high-strength ceramic materials including zirconia and lithium disilicate. These restorations restore function, protect compromised teeth and maintain natural occlusion while delivering predictable fit, strength and aesthetic integration.
Bridges
Custom-designed dental bridges used to replace one or more missing teeth while restoring bite function and preventing adjacent teeth from shifting. DiCeram fabricates bridges using a range of materials including zirconia, porcelain-to-metal and all-ceramic systems to ensure strength, durability and natural aesthetics.
Implant Work
Implant-supported restorations designed to restore both function and aesthetics in partially or fully edentulous cases. From single implant crowns to implant bridges and full-arch restorations, each case is digitally planned and fabricated to ensure precise fit, optimal load distribution and long-term stability.
Complex Implant Planning & Stents
Guided implant stents designed to support precise surgical placement. Using diagnostic wax-ups, digital scans and CBCT measurements, surgical guides are fabricated to control implant positioning and angulation during surgery, helping clinicians achieve predictable restorative outcomes in complex implant cases.
