Materials for Modern Digital Dentistry

Our dental material range supports laboratories and clinics throughout the digital restoration workflow. From high-strength zirconia and specialized 3D printing resins to aesthetic lithium disilicate, each solution is designed to deliver reliable performance, precision, and consistent results.

Zirconia Blocks

Our multilayer and monolithic zirconia discs are suitable for copings, crowns, bridges, and full-arch frameworks. The range includes natural gradient multilayer options for aesthetic restorations and high-strength monolithic zirconia for demanding long-span cases.

  • Strength range from 700 to 1350 MPa, depending on the product line
  • Translucency range from 37% to 57%
  • Available in 95 mm, 98 mm, and abutment-blank formats
  • Suitable for crowns, bridges, copings, and full-arch restorations

3D Printing Resins

Our 3D printing resins support a wide range of digital dental applications, including dental models, orthodontic models, surgical guides, temporary restorations, permanent crowns, denture bases, and aligner-related workflows.

  • More than 18 resin formulations available
  • Options for dental and orthodontic models
  • Temporary and permanent crown resins
  • Resins for surgical guides, denture bases, and aligner applications
  • Biocompatible options for direct intraoral use where applicable

Lithium Disilicate

Our lithium disilicate range includes glass-ceramic CAD blocks and press ingots for veneers, inlays, onlays, and crowns. Available options include standard CAD blocks, no-sintering-required solutions, and high-strength press formulations.

  • Bending strength from 280 MPa up to 637 MPa
  • CAD blocks available in high- and low-translucency options
  • Standard and higher-strength press ingots
  • Full A–D and bleach shade range
  • Suitable for veneers, inlays, onlays, and crowns
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Find the Right Material for Your Workflow

Contact M&M Digital Dental to discuss your restoration requirements, available product options, technical specifications, and ordering information.