Maestro 3D seamlessly integrates with leading CNC and laser systems for automated aligner trimming. With a single click, the software automatically adds the mounting plate to all transition models, allowing for adjustments according to individual needs.
Thanks to artificial intelligence, the software automatically detects and defines the aligner trim lines for each transition model, significantly reducing processing time. Users can customize the curvature of the trim line in both the vestibular and palatal directions, as well as adjust various other parameters for optimal control.
The software automatically exports all models with the mounting plate and trim lines in PTS format, ready for integration into CNC and laser systems during the production process. This function automates and standardizes multiple steps, ensuring replicable protocols that optimize workflow and enhance the professional standard of aligner production.
Ortho Studio Aligner Trimming is the automatic trimming function for aligners offered by Maestro 3D. This technology integrates CNC and laser systems to automate the production of aligners, simplifying the workflow.
With a single click, the software automatically adds the mounting plate (if needed) to all transition models. Then, thanks to artificial intelligence, the cutting line is defined for all transition models, significantly reducing processing times.
Yes, Maestro 3D seamlessly integrates with leading CNC and laser systems. The software automatically exports models and cutting lines in PTS format, ready for cutting during the production process. Additionally, users can choose from a selection of the most renowned cutting machines, ensuring optimal compatibility and a streamlined workflow. 5AxisMaker, Hexagon, Imes-Icore, Maxflex, Ortho-Automation, Robots and Design, Digital Dental, LAC, Quark.
Yes, Maestro 3D seamlessly integrates with leading CNC and laser systems. The software automatically exports models and cutting lines in PTS format, ready for cutting during the production process. Additionally, users can choose from a selection of the most renowned cutting machines, ensuring optimal compatibility and a streamlined workflow.
Absolutely yes. The user can adjust the curvature of the cutting line in the vestibular or palatal direction and modify numerous other parameters to achieve optimal control during the cutting phase.
The software automatically exports all models, including the mounting plate, in .STL, .PLY, .OBJ formats, and the cutting lines in PTS format, ensuring compatibility with CNC and laser systems.
Automating the process standardizes several steps, reducing errors and speeding up the entire production workflow. This leads to replicable protocols and high-quality aligner production. Moreover, the integration of AI automation cuts trimming design times by 70-80%, eliminating manual adjustments and significantly reducing waste.
Design and print your aligners. Thermoforming or direct printing.
Automatically place brackets, choosing from various techniques such as Step, Roth, Wick Alexander, Dwight Damon, MBT, Andrews, and print your personalized guides.
Design and print a wide range of occlusal bite splints, nightguards, occlusal splints, and much more.
Design appliances and customize the framework for output using all types of 3D-driven machines and materials. Bands, supports, expander arms, retainers, and much more.
Design aesthetic mockups and guides for the creation of prostheses for edentulous patients.
Full integration with leading CNC and Laser machine manufacturers for aligner cutting.
Design and automatically create variable-thickness aligners optimized for direct 3D printing.
Expert Mode offers advanced features with access to remote computing servers that leverage parallelism and AI to enhance the user experience. It also ensures continuous updates and direct technical support, delivering state-of-the-art service.
The Web Viewer allows viewing the treatment and is accessible from any device. It provides a link that can be integrated into web pages or shared via email and WhatsApp.