CAD/CAM / Milling blocks / Amber Mill In this category ( CAD/CAM / Milling blocks / Amber Mill ) you will find an innovative glass-ceramic material made of lithium disilicate that sets new standards in digital prosthetics. Amber Mill is an advanced prod
Amber Mill Direct HT C14/5 pieces
Amber Mill Direct is a lithium disilicate block that does not require crystallization.
Advantages:
- reinforced and aesthetic thanks to graduated translucency;
- Amber Mill Direct can produce restorations that only require polishing after milling;
- the translucency of the block can be adjusted by firing the glazed restoration;
- Amber Mill Direct restorations have different microstructures that generate different strengths in the cervical and incisal areas, thereby reducing wear on antagonist teeth;
- Amber Mill Direct achieves natural translucency by applying a graduated microstructure from the cervical to the incisal/occlusal areas, without additional characterization;
- strength 355 MPa.
Packaging:
- 1pack/5pcs.
Amber Mill C12/5pcs
Amber Mill is the first lithium disilicate glass-ceramic material with the ability to regulate translucency through temperature and crystallization time (HT/MT/LT/MO).
Advantages:
is characterized by unrivaled mechanical properties, easy processing and high aesthetic values;
strength after crystallization 450MPa;
Translucency is dependent on the crystallization time.
Attention:
- For processing and polishing we recommend the Diadur/Diapro set of stones and rubbers, code micran 2251.
Packaging:
- 1pack/5pcs.
Amber Mill C14 /5pcs
Amber Mill is the first lithium disilicate glass-ceramic material with the ability to regulate translucency through temperature and crystallization time (HT/MT/LT/MO).
Advantages:
is characterized by unrivaled mechanical properties, easy processing and high aesthetic values;
strength after crystallization 450MPa;
Translucency is dependent on the crystallization time.
Attention:
- For processing and polishing we recommend the Diadur/Diapro set of stones and rubbers, code micran 2251.
Packaging:
- 1pack/5pcs.
Amber Mill C32/3pcs
Amber Mill is the first lithium disilicate glass-ceramic material with the ability to regulate translucency through temperature and crystallization time (HT/MT/LT/MO).
Advantages:
is characterized by unrivaled mechanical properties, easy processing and high aesthetic values;
strength after crystallization 450MPa;
Translucency is dependent on the crystallization time.
Attention:
- For processing and polishing we recommend the Diadur/Diapro set of stones and rubbers, code micran 2251.
Packaging:
- 1pack/3pcs.
Amber Mill C40/3pcs
Amber Mill is the first lithium disilicate glass-ceramic material with the ability to regulate translucency through temperature and crystallization time (HT/MT/LT/MO).
Advantages:
is characterized by unrivaled mechanical properties, easy processing and high aesthetic values;
strength after crystallization 450MPa;
Translucency is dependent on the crystallization time.
Attention:
- For processing and polishing we recommend the Diadur/Diapro set of stones and rubbers, code micran 2251.
Packaging:
- 1pack/3pcs.
Amber Mill
In this category ( CAD/CAM / Milling blocks / Amber Mill ) you will find an innovative glass-ceramic material made of lithium disilicate that sets new standards in digital prosthetics.
Amber Mill is an advanced product that, for the first time on the market, enables precise translucency control by adjusting crystallization temperature and time (HT/MT/LT/MO variants available). Thanks to its unique, denser, and more cross-linked crystal structure, this material combines excellent aesthetics with exceptional mechanical strength.
Why choose Amber Mill?
- Higher strength: approx. 10% better mechanical parameters compared to popular lithium disilicate solutions.
- Ease of processing: the material is highly susceptible to milling, which translates into edge stability and no tendency to chip.
- Personalization of aesthetics: the ability to adjust translucency and make multiple corrections allows for the restoration to be perfectly tailored to the patient's needs.
- High precision: structural stability ensures predictable and aesthetic end results in CAD/CAM prosthetic work.







