Exclusive DMG MORI technology cycles are effective assistants for shop floor programming and the simplest way to boost productivity, enhance safety and expand machine capability. They offer a clear program structure, intuitive operation and enable up to 60 % faster programming. In addition, they help minimize errors as well as allowing the internal transfer of complex technology know-how.

Simplify 2D & 3D design sharing and review, leveraging a simple online viewer. Features Support for many file formats including DWG, STEP / STP, IGS, STL, DXF and more. The workshop-oriented programming includes state-of-the-art 3D controls as they simplify work processes and make them more efficient. DMG MORI also relies on innovative and operator-friendly control solutions for its universal machines.

Outstanding customer benefits mean DMG MORI’s exclusive technology cycles have been writing their own digital success story for years. Their record in the field of integrated technologies is especially impressive: users trust in the exclusive technology cycles on more than 95 % of all turn & mill universal turning centers in the CTX TC series.

“Far more important for us, however, is the added value for and appreciation from our customers,” stresses Dr. Edmond Bassett as Head of Technology Management at GILDEMEISTER Drehmaschinen GmbH. He takes the MPC technology cycle, a version sold over 100 times a month and thus one of the most successful technology cycles, to illustrate the high degree of acceptance among customers. MPC stands for Machine Protection Control which, thanks to its integrated acceleration sensor, increases process safety, enables spindle bearing diagnostics and prevents expensive damage caused by collisions.

“Complex production processes that were reserved for special machines in the past now count among our powerful drivers of innovation,” says Dr. Edmond Bassett as Head of Technology Management at GILDEMEISTER Drehmaschinen GmbH.

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“Intensified technology integration adds a whole new dimension to the term complete machining,” he stresses. DMG MORI gearSKIVING is just such an example. This enables the production of top quality gears through the input of clearly structured programs.

The exclusive portfolio currently includes 30 DMG MORI technology cycles, with two more to follow in time for the AMB. Dr. Bassett refers expressly to the new “crownHOBBING” cycle for the production of demanding Hirth couplings: “This enables users of our turn & mill centers to generate the programs they need virtually at the press of a button. The cycle handles the required tooth path calculations and the settings for the axis movements,” he concludes.

DentaMile connect

The revolutionary cloud-based software that overcomes technical barriers.

Cloud-based - can be used from any location
No software installation needed
Users can get started immediately – no major training necessary
Short learning curve
Prompt communication

DMG 3Delite

The compact 3D printer for short-term, fast production of individual crowns and bridges, splints, drilling templates and individual trays

Precision without compromise
Software-supported validation and reproduction
Extremely easy to use

DMG 3Demax

High-precision, high-speed 3D printer for a wide range of dental 3D printing applications

Precision without compromise
Software-supported validation and reproduction
Simple, material-saving handling and user guidance

LuxaPrint

The LuxaPrint material family offers everything you could wish for when it comes to additive digital prosthetics.

Nine material specialists for 3D printing
Speed and highest level of precision
Real transparency
Easy to use and quick processing

LuxaPrint Base

Light-curing 3D printer resin for the additive production of prosthetic bases of all kinds in a digital workflow

High precision
Esthetic
Long-term stability

LuxaPrint Cast

Light-curing 3D print resin for the fabrication of residue-free burn-out molds (e.g. model framework castings, crowns and bridges)

Fine surface structure
Dimensional stability
Easy to cast (no cracks)

LuxaPrint Crown

Light-curing 3D printer resin for the additive production of provisional and semi-permanent crowns and bridges in a digital workflow. Certified as a Class IIa medical device

Excellent esthetics for sophisticated requirements
Verified high stability
Reliable, confirmed biocompatibility
Versatile application for semi-permanent restorations

LuxaPrint Gingiva

Light-curing 3D print resin for the additive production of gingival masks under consideration of the periodontal situation with dental technical work or master models.

Optimal elasticity
Highly tear-resistant
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LuxaPrint Model

Light-curing 3D print resin for the fabrication of dental models

Finest surface structure for perfect identification of details
Dimensional stability
Available in two colours: Beige and Grey

LuxaPrint Ortho

Light-curing 3D print resin for the fabrication of individual drilling templates with highest precision. Certified Class I medical device.

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Clear transparent, for perfect control

LuxaPrint Ortho Plus

Light-curing 3D print resin for the generative fabrication of splints and orthodontic appliances

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Not brittle

LuxaPrint Tray

Light-curing 3D print resin for the generative fabrication of individual impression trays

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LuxaPrint Ortho Flex

Simplify 3d Demo

Light-curing 3D printer resin for the additive production of flexible soft splints in a digital workflow. Certified as a Class I medical device.

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