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inLab MC X5


inLab MC X5 milling and grinding machine for dental labs

inLab MC X5 – efficient and flexible

inLab MC X5 is a universal 5-axis production unit for wet and dry production of blocks and disks. It was designed to meet dental requirements in labs and focus on economic and effective production processes.

You benefit from a wide range of materials and can select from the high-quality materials of Dentsply Sirona and its CAD/CAM material partners for which the production processes of inLab MC X5 are optimized.


Why choose inLab MC X5?

Universal

inLab MC X5 can be used for dry or wet production depending on the material and indication. More than thirty years of experience in the wet processing of glass ceramics make this the ultimate professional machine for the wet grinding of fully contoured restorations from final-strength monolithic materials. Alternating between wet and dry production, e.g., from glass ceramics to zirconia, is fast and easy.

Broad range of indications

The application range for inLab MC X5 enables dental labs to make productive use of their equipment. Processable disc height and setting angles offer flexibility for manufacturing implant restorations with heavily diverging screw channels or abnormally shaped stumps.

Open

It is the perfect complement to the inLab components inEos X5 and inLab software but can also be used to process other STL restoration data, including implant-supported restorations with screw access channels. Having its own CAM module, the unit can be connected flexibly to other CAD systems.


Download Center

Click here to find manuals and more.

Downloads for inLab Users

Click here to find software and marketing downloads.


Features

inLab MC X5 automated tool changer

inLab MC X5 tool-changing concept

The fully automated tool changer may be fitted with up to six tools per process. The tool magazine can be prepared according to material requirements and is managed via the inLab CAM software. The intelligent sister tool management optimizes tool life and reduces downtime. The color coding for material classes, which is consistently used on tools, the tool magazine and in the inLab CAM software, offers additional ease of use and safety.

Multi-block holder

Discs & blocks

inLab MC X5 processes standard discs (Ø 98.5 mm, up to 35 mm thick) as well as block materials. It takes just a few seconds to switch from discs to blocks. The specially designed multi-block holder can accommodate up to eight blocks of different materials and sizes to enable maximum productivity even with multiple single-tooth applications.

inLab MC X5 Spindle Touch Technology

Spindle Touch

The unique Spindle Touch Technology of inLab MC X5 captures the workpiece position with utmost precision. This ensures efficient material use and optimal processing of mesostructure blocks as well as pre-manufactured titanium abutment blanks.

Easy Clean concept of inLab MC X5

Easy Clean concept

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.

Additional Products

CAD/CAM materials for dental laboratories

CAD/CAM materials for the dental lab

inLab MC X5 is a universal production unit for processing zirconia, polymers, composites, wax and sintering metal, as well as glass and hybrid ceramics. The dental laboratory essentially has a free choice of materials. Choose among Dentsply Sirona's own brand of CAD/CAM materials and a great variety of CAD/CAM material partners for high-quality materials to which the inLab MC X5 processes were specifically adapted.

inLab MC X5 Tools: Burs and cutters

inLab MC X5 Milling Burs

Depending on whether it is for wet or dry processing, different tools are used. The cutting geometries and coatings of the diamond grinders and carbide cutters have been optimized for different indications and materials and provide for outstanding surface results and margins. The coated zirconia milling cutters have a significantly longer service life compared to uncoated cutters and achieve smoother surfaces.


Smart positioning with inLab CAM Software

inLab CAM Software

Smart positioning in the workpiece

For efficient material use and optimal preparation, the inLab CAM software positions the restoration in the workpiece according to your specifications. This takes previously positioned or prepared objects into account. Users can make adjustments without restrictions in the individual arrangement – for maximum flexibility and according to individual demands.

NEW - inLab Software 22: Integration of CEREC Primemill and seamless workflows

The inLab SW 22 CAD and CAM applications offer an extended connectivity to CEREC Primemill. The design and manufacturing workflow for CEREC Guide 3 surgical guide has been streamlined and the implant supported restoration design for DS PrimeTaper implant system is included. With the installation of inLab CAM SW 22.0, the new inLab CAM service is available. The database provides central management and storage of production data for Dentsply Sirona production units connected in the local network. This allows for an improved data that’s always up-to-date and higher security during data processing.

inLab Software 22
Positioning with inLab CAM, consideration of workpiece status

Inspecting wall thickness

The wall thicknesses of an object can be checked in a virtual model before machining. The system displays the respective wall thicknesses for any point.

Nesting objects for higher material efficiency

Horizontal positioning

For optimal positioning within the workpiece (e.g. with multi-layer materials such as Cercon xt ML) the object can manually be shifted and rotated in all directions.

Inspection wall strength with inLab CAM Software

Positioning the sprue

The sprue positions are initially placed at the object’s equator and can be individually positioned.

Horizontal positioning with inLab CAM Software

Adjusting the sprue

The sprue positions can be defined differently for individual demands: “Standard”, “Thinned”, “Wide Thinned”, and “Cut.” 

Positioning of the sprue

Level of detail

The detail level can be set to three different stages (very high/high/low) and determines which tools are to be used during the milling process. Setting the work mode (fast/rough/smooth) defines the process time and influences the surface texture of the restoration. The production result can be simulated.

Adjustment of sprue positions

Documentation security

The PDF archiving function provides traceable documentation of restorations and orders manufactured from a workpiece, including details of material name and class, manufacturer, lot number, and enlargement factors. It supports the fulfillment of modern quality management requirements.


Downloads

Please find below the most recent Software and document versions.

inLab CAM SW 22.3.0 3 GB

inLab CAM SW 22.3 requires the inLab CAM SW 22 license. Without an inLab CAM SW 22 license, the Software will start in a demo mode that allows for using and testing the software but will not allow for production. inLab CAM 22.x uses CAM Service as database for all manufacturing data such as designs and blanks. IMPORTANT: inLab CAM 22 will import all *.cam (designs) and *.blc (blanks/jobs) data into the CAM Service database. Once the data is imported, it will no longer be accessible with inLab CAM ≤20.x! Please make sure, that you have the appropriate licenses installed and/or backup your data if you intend to further use the data with inLab CAM ≤20.x!

User Case 2 MB

Production of titanium abutments with inLab MC X5

Order form 756 kB

Discs and tools for inLab MC X5


GeneralinLab MC X5
Width590 mm
Height810 mm
Depth580 mm
Weight87 kg
Required compressed air pressure
min. 7bar
Required compressed air quality
min. 50 l/min1
Noise level
<63dba
Kinematics
 
Axes5
Angle of incidence for A axis
360°
Angle of incidence for B axis
+/-30°
Material Types
 
Zirconium oxide
x
PMMAx
Waxx
Composite
x
Hybrid ceramics
x
Glass ceramics (with wet option)
x
Lithium disilicate ceramics (with wet option)
x
CoCr sintered
x
Titan Preforms
x
Material Forms
 
Blocks
40 x 19 x 12 mm
Max number of blocks per process
8
Discs (Form)
98/98,5mm with collar
Discs (Height)
up to 35mm
Material openness
Yes
Tool Management
 
Automatic tool changing
Yes
Max number of tools per process
6
Changeable tool magazine controlled in SW
Yes
Indications (inLab CAD)2
 
Veneersx
Inlaysx
Onlaysx
Crownsx
Copingsx
Bridge frameworksx
Bridgesx
Full-jaw bridgesx
Telescopesx
Attachmentsx
Abutments, milled from meso blocksx
Abutments, milled from disksx
Implant bridgesx
Barsx
Splintsx
Surgical guide (single)
x
Surgical guide (mulitple)
x
Models
  1.  80l/min. is recommended
  2. For processing restorations from an STL/XML import, a limited indication spectrum applies.

Material partners

Logos Dentsply Sirona, VITA, ivoclar, 3M, SHOFU, MERZ DENTAL, GC, kuraray Noritake, COLTENE

Reach out for more information

Contact us for more information about products and solutions for the Dental Laboratory!