Milling Machines

Denstply Sirona inLab MC X5

Freedom of processing for dental technicians

The inLab MC X5 five-axis was designed as a universal production unit to meet dental laboratory requirements for cost-efficient production. Dentsply Sirona offers your laboratory more independence in terms of material and indications as well as the processing of external CAD data.

Benefits:

  • Universal: Wet/dry production unit for ceramic, polymers and metal
  • Precise: High-end block and blank control with 5-axis machining
  • Convenient: Simple, fast change of materials and tools
  • Large variety of materials
  • Broad range of indications
  • Open production unit: Having its own CAM module, the unit can be connected flexibly to other CAD systems.

 

Dentsply Sirona MC X5

The production unit for efficiency from A- Z

The inLab MC X5 processes standard discs (ø 98.5 mm, up to 30 mm thick*) and blocks in a single machine. Changing from discs to blocks takes just a few seconds. The special multi-block holder can accommodate up to six blocks of various materials, offering maximum productivity even with multiple single-tooth restorations.

The inLab MC X5 can be used for dry or wet production depending on the material and indication No setup time is required between dry and wet processing, which makes production of different types of materials fast and uncomplicated.

The fully automated tool changer accepts up to six tools per process. The tool magazine is specific to the material prepared and managed in the inLab CAM software. The intelligent sister tool management optimizes the tools’ service life and reduces downtime. For additional ease of use and user safety, the material classes employ a consistent color code on tools, tool magazines, the CAM software, and the inCoris discs from Dentsply Sirona.

The unique inLab MC X5 technology is able to capture the position of blocks with the utmost precision to make the most economical use of materials. Mesoblocs and prefabricated titanium abutment ingots are machined efficiently.

The high-quality interior design of inLab MC X5 includes smooth surfaces and rounded contours. This reduces deposit amounts making the machine easy to clean. The intelligent suction concept, coverable tool magazine and software-supported cleaning system are all designed to make your work easier.

The program steps and menus relevant to operation are arranged such as to minimize the number of taps. The entire range of CAM software functions for machine operation can be accessed comfortably directly at the machine, on a tablet PC, complete with tool management, machine configuration, process initiation, service functions, etc.

 

Technical Data:

General inLab MC X5 inLab MC XL
Width 590 mm 700 mm
Height 810 mm 425 mm
Depth 580 mm 420 mm
Weight 87 kg 43 kg
Required compressed air pressure min. 7bar
Required compressed air quality min. 50 l/min*
Noise level <63dba <65dba
Kinematics
Axes 5 4
Angle of incidence for A axis 360° +/- 180°
Angle of incidence for B axis +/-20°** 15°
Material Types
Zirconium oxide x x
PMMA x x
Wax x
Composite x x
Hybrid ceramics x x
Glass ceramics (with wet option) x x
Lithium disilicate ceramics (with wet option) x x
CoCr sintered x x
Titan Preforms x
Material Forms
Blocks 40 x 19 x 12 mm 85 x 40 x 22 mm
Max number of blocks per process 6 1
Discs (Form) 98/98,5mm with collar
Discs (Height) up to 30mm****
Material openness Yes Not explicit
Tool Management
Automatic tool changing Yes No
Max number of tools per process 6 2(4)
Changeable tool magazine controlled in SW Yes No
Indications (inLab CAD)^1
Veneers x x
Inlays x x
Onlays x x
Crowns x x
Copings x x
Bridge frameworks x x
Bridges x x
Full-jaw bridges x
Telescopes x x
Attachments x x
Abutments, milled from meso blocks x x
Abutments, milled from disks x
Implant bridges x
Bars x x
Splints x
Surgical guide (single) x x
Surgical guide (multiple) x
Models x

 

Indications:

  • Veneers
  • Inlays/Onlays
  • Crowns
  • Copings
  • Bridge frameworks
  • Bridges
  • Full-jaw bridges
  • Telescopes
  • Attachments
  • Abutments, milled from meso blocks
  • Abutments, milled from discs
  • Implant bridges
  • Bars
  • Splints
  • Surgical guides (single)
  • Surgical guides (multiple)
  • Models

 

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