Amber Mill Lithium Disilicate CAD/CAM Block C14 A1, (5 blocks per pack)

Amber® Mill is the first machinable dental glass-ceramic blocks made of lithium disilicate. Its reinforced mechanical properties and aesthetic values with qualified machinability are greatly advantageous for patients and clinics.

Restorations with Amber® Mill make vivid, definite and substantial visual difference in their outcome. Resulting from the excellent opalescence and fluorescence of Amber® Mill, the restorations even without staining displays natural color continuum from cervical to incisal/occlusal whereas the comparative products are in dull and monolithic chroma.

It is possible to differentiate translucency with a single block of Amber® Mill. Just decide what shade you will use, then choose the translucency heat-treatment temperature according to your targeted translucency.

Indications of use: Inlays, Onlays, Veneers, Crowns

Block size: C14 Dimension in mm's 12 x 14 x 18 (5 blocks per pack)
Shade: A1

Available shades: A1, A2, A3, A3.5, B1, B2, B3, B4, C1, C2, C3, C4, D2, D3, D4, W1, W2, W3, W4

Amber Mill Block C14 (Glass Ceramic)

Name: Amber Mill Block C14 (Glass Ceramic)
Brand: All Digital Dental Design Studio
SKU: 12345678

$139.00

$125.00

Shade

Size

Quantity

Amber® Mill has reinforced mechanical properties and aesthetic values with qualified machinability that are greatly advantageous for patients and clinics.

Freedom of Translucency

Please refer to the "Vita Vacumat" and "Programat Ivoclar Vivadent" for the optimized translucency heat-treatment temperature.
1. What is the translucency heat-treatment for?

In Amber® Mill, fine crystalline is embedded in glass matrix. When translucency heat-treatment is applied to Amber® Mill restorations, crystal size and density get increased and consequently mechanical properties get reinforced and translucency level gets altered.

2. What should be mainly considered for the translucency heattreatment?

Combination of two factors-temperature and holding time-for translucency heattreatment of Amber® Mill differentiates the resulted translucency. Based on the recommended translucency heat-treatment schedule, each user is advised to verify his or her own optimized conditions for the furnace to use. Once the optimized version is identified, you will be able to create a wide range of translucency with just one Amber® Mill block and choose the exact translucency level as targeted.

3. Any possibility of translucency alteration after multi-baking of veneering powder?

In addition to temperature, holding time of heat-treatment is the determinant of translucency for Amber® Mill. Even if baking temperature is higher than translucency temperature, the result may retain the same translucency as far as the holding time is short. As usual, baking time for veneering powder is about a minute long so the baking has no significant influence on the translucency of Amber® Mill framework.

4. Is it possible to change the translucency by re-firing?

For highly translucent restorations, it is achievable to lower their translucency by re-firing them. For example, you may apply 5 °C higher heating than normal low translucency (LT) temperature to high translucency (HT) crowns and keep the same holding time of 15 minutes so that the final crowns can be low translucent (LT).

5. What powders are compatible with Amber® Mill?

Amber® Mill is compatible with a wide variety of veneering powders. As to the powders for lithium disilicate, those powders with CTE (coefficient of thermal expansion) less than or equal to 10.0 x 10-6 / °C are compatible. Zirconia powders with baking temperature under 850 °C are also compatible with Amber® Mill.

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Amber Mill Block C14 (Glass Ceramic)

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