CHARLYDENTAL MICROLAB 4+

Compact, agile and versatile, the MICROLAB dental milling machine with 4 axes is designed and manufactured in France to fit all budgets and suit all requirements, from the small personal laboratory to the big industrial laboratory.

  • Description
  • Technical datas
  • Fields of activity

100% productive

  • Allows the machining on standard blocks, until 3 blocks ( IVOCLAR® , VITA®, 3M®, DENTSPLY®…) size till  20 x15 x65 mm  or on disks size 98.5 mm

 

100% versatile

  • 4 axes milling machine capable of machining in dry and in wet, on many non-metallic materials such as  : Lithium Disilicate, Zirconia, PMMA, PEEK, WAX,  composite resins…

 

100% compatible

  • Opened system compatible with any  CAO ( CAD) system issuing STL files
  • CAD complete solution available with Mécanuméric

 

100% integrated

  • Integrated compressor, requires only a 230V electric, monophased plug  to work correctly.
  • No additionnal tools required.
  • Tool automatic changer with 4 tools and measuring sensor.
  • Compact and silent machine.
  • User-friendly Interface with color touch screen.

TECHNICAL CHARACTERISTICS

  • Brushless servo motors
  • Spindle 500 W 100,000 rpm
  • Automatic tool change (4 tools in the changer)
  • Precision measurement of tool length +/- 0.01 mm
  • Tool breakage detection
  • Tool wear detection

DIMENSIONS

 

  MICROLAB 4+
Lenght 500
Width 470
Height 590
Weight 80

 

Crown in Lithium Disilicate block

Crown in Lithium Disilicate block

Execution of orthondic trays

Execution of orthondic trays

Execution of rest trays

Execution of rest trays

Execution of orthodontic study models

Execution of orthodontic study models

Execution of single crown

Execution of single crown

Execution of telescope crown

Execution of telescope crown

Execution of bridge

Execution of bridge

Execution of single framework (cap) and bridge

Execution of single framework (cap) and bridge

Execution of temporary crown and bridge

Execution of temporary crown and bridge

Execution of framework (Stelitte, Squelette…)

Execution of framework (Stelitte, Squelette…)

Execution of Inlay-core

Execution of Inlay-core

Execution of inlay onlay

Execution of inlay onlay

Execution of denture

Execution of denture

Machining new materials in the aerospace industry: MÉCANUMÉRIC, expertise at the service of innovation

Machining new materials in the aerospace industry: MÉCANUMÉRIC, expertise at the service of innovation

Advantages, issues and machining problems: composites offer significant advantages in the aeronautical sector, but what are the challenges to be met in order to benefit from them?