Innovative Milling Center

The innovative milling center at the Anima-Dent Digital dental laboratory represents an advanced technological platform that ensures highly accurate manufacturing of dental prostheses and other dental structures.

Using the latest equipment and software allows our specialists to create products with minimal errors and perfect fit, significantly enhancing the quality and durability of the final product.

We offer dental laboratories a comprehensive range of services for manufacturing milled frameworks from a wide variety of materials using CORiTEC 150i PRO machines

  • CORiTEC 150i PRO

    The milling center is designed for high-precision processing of dental prostheses. It features 5-axis technology, allowing for the production of complex restorations from various materials. Its compact size and automatic tool changes ensure ease of use and high productivity. We strive for high quality and precision in our products, making the CORiTEC 150i PRO ideally suited for our dental laboratory.

    CORiTEC 150i PRO

Record milling times with
an available STL model

Milling times

WAX/PMMA

2 h.

ZIRCONIA (< 5 pcs.)

24 h.

ZIRCONIA (> 5 pcs.)

48 h.

We accept digital STL 3D models that are ready for processing. If modeling is required in our laboratory, the production time and cost may change significantly.

Upon receiving a finished 3D model via the network, our machines can mill zirconium dioxide, Ivoclar IPS e.max ceramics, PMMA, wax, and PEEK. We do not offer metal or alloy milling services because milling metals causes significant internal contamination of the machine. As a result, installing other material discs is only possible after thorough cleaning.

The milling machine analyzes the received 3D model with built-in software, calculating the tool path and axis movements. Toolpath optimization is also carried out to minimize material waste.

Price list

Types of work

Kč

30513J

Zirconia anatomical Multilayer pre-shaded (A1-D4) 1000 MPa

650

30513M

Zirconia anatomical Multilayer pre-shaded (A1-D4) 1200 MPa

700

30514K

Zirconia framework (A1-D4) 1000 MPa

600

120417M

PMMA monochromatic (A1-D4)

220

120417P

PMMA polychromatic (A1-D4)

330

120417V

Wax

110

60242P

PEEK

600

30511D

IPS e.max CAD

1100

120201D

3D model printing (1 pc)

250

120216

CAD CAM modeling of a single fixed unit STL

350

You can find information about the prices and specifics of manufacturing 3D models and surgical templates on an MSLA printer on the corresponding department’s page.

The milling machine is designed to work with material discs. It is also possible to mill material blocks prepared by the manufacturer. IPS e.max ceramics are only milled from blocks called e.max CAD.

Blocks are much smaller than discs and several can be installed in the machine. A special holder, resembling a cut-off disk fragment, is used for this purpose.

The milling tool always leaves “tabs” of material uncut to prevent the milled prosthesis from falling out of the disc during milling. This means that minimal post-processing is required for the finished product. The disc used for milling is generally not reusable, so fragments of different jobs are usually grouped onto one disc. Optimizing free space on the disc becomes important. Discs come in various thicknesses, and the appropriate size is chosen at the technician’s discretion, depending on the prosthesis size.

Uninterrupted power supply is crucial for the milling machine. Even millisecond-long power interruptions can cause the program to fail, resulting in slight deviations in the tool path. Different tools are used for different materials. The machines in our milling center support automatic tool replacement and can even notify you if a tool breaks or dulls.