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FOR A LIMITED TIME SAVE 10% ON ALL FORMLABS RESIN WITH CODE FORM4LAUNCH
FOR A LIMITED TIME SAVE 10% ON ALL FORMLABS RESIN WITH CODE FORM4LAUNCH

CopraEasyMill NP | Cobalt-Chrome, Type 4, 98 mm

Original price $178.00 - Original price $273.00
Original price
$178.00
$178.00 - $273.00
Current price $178.00
SKU SDK98121
Disc Height: 12 mm

 CopraEasyMill NP | Cobalt-Chrome, Type 4 -- Medical Device Class IIa, 98 mm

  • Isostatic, powder-metallurgical manufactured hard Co/Cr blank
  • Optimum homogeneity due to isostatic high-pressure manufacturing process.
  • Minimal mill wearout due to extremely high homogeneity without “hard islands” and casting segregations as with standard Co/Cr blanks.
  • Nickel- and beryllium-free, especially configurated for the requirements of the CAD/CAM technology
  • Higher milling speed due to better machinability (like titanium) and lower Vickers hardness.
  • Up to 50% shorter process time in your milling system
Technical Info & Instructions for Use
  • CopraEasyMill NP blanks have an absolute homogeneous microstructure. They are easy to mill and polish. After milling, they are adjusted and polished normally and can be veneered or over-pressed with porcelain or ceramics.
  • CopraEasyMill NP Blanks can be milled wet or dry.
  • They are made of an extremely fine powder, first axially pressed, then each blank
    is isostatically repressed. After that, they go through a debinding process before being sintered to their final hardness.
  • No sintering process has to be done by the user.
  • Processing of frameworks
    • CopraEasyMill NP blanks can be milled with all dental CAD/CAM milling machines suitable for Co/Cr milling.
Dental Indications
  • Anatomical reduced copings and pontics in anterior and posterior area
  • Bridges up to 14 units or bridges with small diameters
  • Primary and secondary telescopic crowns
  • Clasps, bars and retention constructions
  • Full anatomical crowns and bridges in anterior and posterior area
  • Restorations with small diameters which are exposed to high forces
  • Free-end bridge constructions with maximum one pontic
  • Supra constructions for implant cases
  • Removable prosthesis