Supreme Glass-Ceramic CAD Blocks - PrograMILL Mount

	Bring the experience of "immediate repair" to clinical patients with sintering-free technology. By precisely controlling the crystal structure, the dental glass ceramic can be used after cutting and polishing. The user can glaze according to actual needs without high temperature crystallization. This technology reduces processing time by 35% without reducing the machinability of the porcelain block.		The addition of biological-grade rare-earth elements enhances the fluorescence and opalescence of dental glass ceramics. This avoids the traditional glass ceramics and zirconia problems of dark, gray appearances at night.

	Supreme® utilizes Heatran® hot flow casting technology, an advanced manufacturing technology where the glass solution is pressurized and cooled at a high temperature of 1700 ° C., so that the glass is instantaneously formed under high pressure. Compared with the traditional dental glass ceramic manufacturing process, the interior of the ceramic block is more uniform, dense, and without cracks and defects.		Supreme utilizes a 99% high-purity platinum system for the high-temperature melting of glass ceramics to eliminate the challenges of traditional systems. Traditionally, the impurities of alumina ceramic materials will penetrate into the glass ceramics and reduce biological safety. Uneven and various defects can also appear randomly, and the service life in the mouth is shortened.

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Suprême HT Glass-ceramic Blocks -PrograMILL Mount

Suprême.cad is a kind of lithium disilicate glass- ceramic block which is suited for CAD/CAM applications.

Suprême.cad is packaged in sets of (5) in size 18-15-13 with PrograMill mount.

Material Properties
Popular in chair-side system restorations for its outstanding aesthetics, dental lithium disilicate glass-ceramics (CAD/CAM) has lower hardness before crystallization and can be quickly milled to a crown. The final strength is greater than 300Mpa after crystallization.

This material can be utilized for high-efficiency aesthetic restorations such as: veneers, inlays, onlays, partial crowns, anterior crowns, posterior crowns etc.

This form of ceramic block is utilized in a CAD/CAM system in a crystalline state (with a lilac color appearance) which is manufactured on a CNC milling machine utilizing a grinding technique.

After milling is completed, a porcelain furnace is used to crystallize the material at a temperature of 840-850°C yielding a restoration with a bi-axial flexural strength bof 420Mpa.

Suprême CAD blocks have been divided into three categories according to their respective translucency characteristics：