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Rosetta SP Rosetta SP

Aesthetic

Rosetta SP

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.

Rosetta SM Rosetta SM

Aesthetic

Rosetta SM

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.

Amber press Amber press

Aesthetic

Amber press

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

Amber press master Amber press master

Aesthetic

Amber press master

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 Mill Amber Mill

Aesthetic

Amber Mill

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.

Amber Mill H Amber Mill H

For big laboratories

Amber Mill H

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.

Rosetta SM Disk Rosetta SM Disk

For big laboratories

Rosetta SM Disk

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

Amber Mill Disk Amber Mill Disk

For big laboratories

Amber Mill Disk

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.

Amber Lisi-POZ Amber Lisi-POZ

Alternative for cases

Amber Lisi-POZ

An ideal press-over solution for zirconia frameworks

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

Amber Mill H Amber Mill H

One-visit solution

Amber Mill H

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.

Amber Mill DIRECT Amber Mill DIRECT

One-visit solution

Amber Mill DIRECT

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.

Amber Mill Meso Amber Mill Meso

Implant system

Amber Mill Meso

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.

Amber Mill Q Amber Mill Q

Implant system

Amber Mill Q

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.

Amber Mill Abut-Crown Amber Mill Abut-Crown

Implant system

Amber Mill Abut-Crown

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.