Production inLab CAM SW

Operate several machines simultaneously from one software. Maximize your output with optimal use of resources.

Save time due to innovative milling and grinding calculations. Start the fabrication process immediately after entering the order. No waiting for milling paths to be calculated.

Place your work precisely in discs and blocks. Use the automatic functions auto-positioning, blank height optimization or sinter support calculation. You can also define the object position individually.

Position up to six blocks of different materials in one order. inLab CAM supports you with the automatic block size proposal and thus optimizes the use of materials and processing times. Zirconium oxide blocks can also be milled!

Material-specific milling and grinding strategies for occlusal and internal finishing details, surface quality, or width reduction of sprues.

Individual determination of levels of detail for different production modes (number of process steps, path distances, and processing speeds). Touch-optimized operating functions via tablet PC.

With inLab CAM you have all information readily available on all machines to create, load and manage orders and materials – in the form of discs or blocks.

Produced restorations and used blanks can be moved into the archive manually or by an automatic process.

Optimal efficiency is achieved with inLab CAM for each material type. For example mill several restorations from one glass or hybrid ceramic block on inLab MC XL with special stacking functions.

Objects can optionally be nested together for high material efficiency or positioned in separate nests for maximum safety and flexibility. Objects are simply “dragged” to change nest types.

In case the production of a restoration gets interrupted for any reason but the restoration is set as milled, two options are available:

1. „revive“ the restoration
The restoration can be produced again at the exact same position.

2. „remove from blank“ to restore the used area in the disk

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

The sprue positioning and thickness can be defined to meet individual demands.

The available types are “Standard,” “Thinned,” “Heavily thinned” and “Separated.”

The final state is generated in the last manufacturing step to minimize manual retouching.

Allows undercut reduction for blocks and discs which are manufactured with inLab MC X5.

Allows for production of crowns with screw access using grinding materials such as Celtra Duo, which extents restoration options for standard or custom implant abutments (e.g. Atlantis custom abutments)