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Features DIGILUX PMMA MILLING DISCS
DIGILUX PMMA Discs are made of cross linked Polymethylmethacrylate with great natural light transmission. Indicated for individual restorations & bridges up to 4 elements
DGILUX is a multilayered PMMA dental disc material from Brazil. This ultra aesthetic temporary material combines 16 layers of colors into one disc, giving the restoration the most natural look possible. Top quality gradient in DIGILUX PMMA discs is very translucent (incisal) and gradually shades down to the most intense bottom (cervical) with no flags effect.
Designed for long-term provisional crowns and bridges of any span
DIGILUX scope of materials
PMMA Mono & Multilayer
NANO Nano silica Multilayer
SUPER CRYSTAL Hybrid Ceranic Multilayer
DIGILUX PMMA is AVAILABLE
Monolayer and Multilayer with 16 Layers
Monolayer CLEAR, TOOTH COLOR or DENTURE PINK
Multilayer TOOTH COLOR 16 vita shades
Available in 98mm 93mm ( Aman ), 95mm ( ZZ ) and Cerec compatible C14 and B40
Various thicknesses between 12 to 30mm
Multi layer , Mono layer, Clear, Pattern red & Pink for dentures4
Technical Parameters DIGILUX PMMA DISCS
Flexural Strength: 100Mpa / 120 mpa DIGI-NANO and 165 mpa SUPER-CRYSTAL
Fast milling
Dry or Wet milling 6000 – 9000 rpms recommended
Features DIGI-NANO milling discs
DIGILUX NANO ORMOCER PMMA Disks ( Organic Modified Ceramic) are made of a unique combination of Polymethylmethacrylate ensuring flexural strength, abrasion resistance and exceptional natural light transmission, resulting in high durability for long term provisionals in full mouth restorations
Chemical Compositions DIGI-NANO milling discs
Inorganic filler: Nano Silica 7 microns 2-3%
Radiopacity DIGI-NANO milling discs
With the addition of barium, becomes visible in X-rays in post treatment controls
DIGILUX SUPER-CRYSTAL Hybrid Ceramic Discs are made of a perfect combination of Ceramic in the size of nano particles & the molecule Bis-Gma (bisphenol A-glycidyl methacrylate) resulting in a chemical bonding increasing the resistance to abrasion and flexural strength.
These physical properties SUPER-CRYSTAL Hybrid Ceramic Discs also reduce some of the down sides of zirconia restorations like clacking, weight, sinterization, specialized equipment & overall costs.
165 Mpa flexural strengh
SUPER-CRYSTAL Hybrid Ceramic Discs are excellent choice for permanent restorations and long term provisionals in full mouth rehabilitations
Chemical Compositions SUPER-CRYSTAL Hybrid Ceramic Discs
Inorganic filler: Nano Silica 30-55%
Radiopacity SUPER-CRYSTAL Hybrid Ceramic Discs
With the addition of barium, becomes visible in X-rays in post treatment controls
MILLING TECHNIQUE
Preferable should be milled wet.
As most of the discs milling units in the market are DRY milling, consider always a slower RPM protocol.
PMMA protocol will work
for Zirkonzahn machines choose protocol for material THERAPON