Five translucency levels in a single block

Amber Mill is a lithium disilicate–based CAD/CAM block that allows the fabrication of restorations with different translucency levels through controlled crystallization temperatures using a single block.

Pressing ingot designed for high-end lithium disilicate restorations

Amber Press Master is a lithium disilicate–based press ingot developed for consistent use across standard laboratory environments, with a focus on restorations requiring a high level of aesthetic refinement.

Amber Press is a lithium disilicate pressing ingot designed to offer processing stability, broad compatibility and high aesthetic performance.

The ingot features a crystallized, cross-linked microstructure that reduces chipping and minimizes post-pressing adjustments

Lithium disilicate CAD/CAM block balancing practicality and aesthetics

Rosetta SM is an entry-level lithium disilicate CAD/CAM block offering a balance between cost efficiency and stable quality.

Lithium disilicate pressing ingot for practical and aesthetic restorations

Rosetta SP is an entry-level lithium disilicate pressing ingot offering a balance between cost-efficiency and stable quality.

Five translucency levels in a single block

Amber Mill is a lithium disilicate–based CAD/CAM block that allows the fabrication of restorations with different translucency levels through controlled crystallization temperatures using a single block.

Lithium disilicate CAD/CAM block balancing practicality and aesthetics

Rosetta SM is an entry-level lithium disilicate CAD/CAM block offering a balance between cost efficiency and stable quality

Ceramic-based hybrid CAD/CAM block combining strength and aesthetics

The innovative Amber Mill H uses a unique bonding technology, which incorporates fine crystalline ceramic particles with polymers.

An ideal press-over solution for zirconia frameworks

Amber Lisi-POZ is designed to replace conventional veneering powders when applied over zirconia frameworks.

Lithium Disilicate Layering Solution for Metal-Ceramic Restorations

Amber Lisi-POM is a high-strength lithium disilicate material designed for layering on metal frameworks in metal-ceramic restorations.

Pre-crystallised lithium disilicate block for chairside restorations.

Amber Mill Direct, a pre-crystallised lithium disilicate-based millable glass ceramic block that helps dental professionals deliver chairside restorations within 1 hour, as only plishing is required after milling.

Ceramic-based hybrid CAD/CAM block combining strength and aesthetics

The innovative Amber Mill H uses a unique bonding technology, which incorporates fine crystalline ceramic particles with polymers.

Lithium Disilicate Block for Implant Prostheses

Amber Mill Meso is a highly aesthetic nano-lithium disilicate CAD/CAM block designed for abutment crowns on metal links. It offers natural opalescence and fluorescence, multiple translucency options in a single block, and stable strength for reliable edge stability.

Innovative CAD/CAM Blocks for Implant Abutment Solutions

Amber Mill Q is an implant-focused CAD/CAM block featuring a zirconia core, designed to provide both structural stability and aesthetic performance for implant restorations.

Integrated Abutment Crown Solution for Implant Restorations

With Amber Mill Abut-Crown, lithium disilicate, zirconia coping, and a titanium link are combined into a single integrated structure. As the first one-body abutment crown, it simplifies the manufacturing process and reduces patient chair time while providing highly aesthetic and stable implant restorations.

Hole Keeper improves the appearance of screw access holes while ensuring stable retention.