• Exocad DentalCAD 3.2 Elefsina is the core module for designing a wide range of dental restorations, from single crowns to complex full-arch reconstructions. The updated software offers a more intuitive interface, improved virtual articulation, and enhanced AI-driven tooth placement for faster, more precise designs.
• Advanced Aesthetic Tools: With Smile Creator, Exocad allows technicians and clinicians to plan and simulate aesthetic results, helping ensure patients achieve their desired appearance.
• Seamless Integration with Exoplan and PartialCAD: Exocad DentalCAD serves as the primary platform, enabling smooth transitions between implant planning in Exoplan and partial denture design in PartialCAD.

• Exoplan 3.1 Rijeka is the implant planning module designed to integrate fully with Exocad DentalCAD. Exoplan enables clinicians to plan implant placement based on anatomical and prosthetic considerations, using DICOM data from CBCT scans to enhance precision.
• Guide Creator: Exoplan’s Guide Creator tool allows users to design surgical guides tailored to specific implant placements, improving surgical accuracy and patient outcomes.
• Data Synchronization: Exoplan shares data seamlessly with Exocad, ensuring that the implant positions align with restorative designs. This synchronization is especially beneficial for implant-supported prostheses, allowing the implant plan to support the desired restorative outcome.

• PartialCAD 3.2 Elefsina is the specialized module for designing removable partial denture frameworks. The latest update offers even more customization for clasps, connectors, and mesh structures, making it easier to create highly personalized partial dentures.
• Dynamic Mesh Creation: PartialCAD provides options for creating lightweight yet durable framework structures, tailored to each patient’s specific needs.
• Integrated Workflow with Exocad: By connecting PartialCAD with Exocad DentalCAD, users can handle cases involving both fixed and removable prosthetics in a unified workflow, facilitating combination cases and ensuring that all designs fit together accurately.

• Efficient Data Transfer: Information from each module is easily shared, allowing users to move from restorative to implant and partial denture design without redundant data entry or file conversions.
• Comprehensive Treatment Planning: The suite enables multidisciplinary treatment plans, where restorations, implants, and removable frameworks are designed in a single environment. This integration minimizes the risk of misalignment and optimizes outcomes for complex cases.
• Flexibility and Scalability: Clinics and labs can start with Exocad DentalCAD as the foundation and expand to Exoplan and PartialCAD as needed, allowing for a scalable solution that grows with their practice.

• DentalCAD is the central software module for digital restorative design. It supports a wide range of applications, including the design of crowns, bridges, inlays, onlays, veneers, and full-arch restorations. With DentalCAD’s extensive tools and user-friendly interface, technicians can perform detailed tooth modeling with anatomically accurate templates.
• Virtual Articulator allows users to simulate jaw movements for occlusal adjustments, ensuring a precise fit and function for each restoration.
• DentalCAD serves as the foundation that can be integrated with Exoplan and PartialCAD, allowing seamless data transfer and shared workflows.

• Exoplan is Exocad’s dedicated implant planning software, designed to facilitate accurate placement of implants with the help of digital surgical guides. Using DICOM data from CBCT scans, Exoplan allows users to plan implant positioning based on the patient’s bone structure and desired prosthetic outcomes.
• The software integrates well with DentalCAD, meaning users can design prosthetics and then switch to implant planning with minimal data transfer, ensuring that implant positioning aligns perfectly with restorative needs.
• Exoplan includes a Guide Creator feature for custom surgical guide design, enhancing surgical accuracy and patient safety.

• PartialCAD specializes in the design of partial denture frameworks, allowing technicians to create highly customized frameworks that fit precisely to the patient’s anatomy. It includes advanced tools for designing clasps, connectors, and mesh elements, supporting metal and non-metal materials.
• PartialCAD is fully compatible with DentalCAD, enabling users to work on both fixed and removable prosthetic designs within the same software environment, simplifying the workflow when combining multiple types of restorations in one treatment plan.

• Together, DentalCAD, Exoplan, and PartialCAD provide a comprehensive suite for restorative, implant, and partial denture design, allowing technicians and clinicians to address complex cases without the need to switch between different software platforms.
• Data Synchronization: Seamless data transfer between modules ensures that all elements – from prosthetics to implant guides to partial frameworks – are perfectly aligned, leading to higher precision and a more efficient workflow.
• Enhanced Customization: With each software module designed for a specific aspect of dental treatment, the suite offers deep customization options for different cases, enabling high-quality and personalized outcomes.
• Scalability: The modular nature of Exocad’s suite means clinics and labs can start with the core DentalCAD and add Exoplan and PartialCAD as their needs grow, allowing scalability and flexibility.

Installation archive without activator and key.

EXOCAD is a computer-aided modeling program for CAD systems. Reliability and versatility, as well as simplicity and ease of use have ensured its demand and growing popularity in the high-tech market in the field of dentistry.

• Crowns and Bridges: Exocad allows for the design of simple and complex crown and bridge structures, tailored to anatomical specifics and patient preferences.
• Implants: The implant module enables the design of custom abutments, implant-supported bridges, and superstructures that precisely fit the implant platform.
• Full and Partial Dentures: This module streamlines denture design, including model bases and prosthetic teeth.

• Supports a wide range of popular scanners, enabling users to import impressions and work directly with models, simplifying the workflow and reducing time.

• Allows for virtual "try-ons" of new smiles for patients, which is especially useful for aesthetic dentistry. It provides visualization based on patient photos and detailed anatomy analysis.

• Exocad supports exporting data in formats compatible with popular 3D printers and CNC machines, allowing prosthetic designs to be quickly manufactured.

• Supports both milling and 3D printing, helping users select the best production method depending on the material and complexity of the product.

• Enables precise design of temporary crowns, bridges, and trays, which is useful for interim prosthetics.

• Includes tools for designing full-arch restorations and complex prosthetic solutions.

• This function accounts for jaw movements and optimizes occlusal contacts for a precise fit, which is crucial for complex prosthetic structures.

• Users can customize the interface, choose individual settings for materials, configurations, and use templates tailored to the specific needs of a clinic or lab.

• Enhanced calculation algorithms and optimized processes allow for faster modeling and greater precision in final products.

• Exocad has an intuitive interface, making it accessible to dental technicians with varying experience levels and allowing for quick mastery of its features.

• Exocad 3.2 offers a more intuitive interface, making the design process faster and smoother for users. Enhanced visual cues and simplified navigation allow technicians to quickly access the tools they need, reducing design time and minimizing errors.

• The AI-driven Smart Tooth Placement feature has been refined to improve the automatic alignment and positioning of teeth, enhancing accuracy for crown, bridge, and implant designs. This upgrade simplifies initial setup, especially for complex cases involving full arches and multiple restorations.

• Smile Creator in Exocad 3.2 has new features for aesthetic planning and simulation, allowing dental professionals to create highly realistic visualizations of patients' smiles. Enhanced tools provide more precise adjustments for tooth shape, size, and alignment to deliver better results in cosmetic cases.

• Exocad 3.2 seamlessly integrates with the latest version of Exoplan, Exocad’s implant planning software. This integration enables better data transfer for implant-supported restorations, as well as improved coordination between surgical guide design and restorative work, enhancing precision and reducing errors.

• The software now supports a broader range of dental materials and libraries, providing additional flexibility for various restorative materials, including ceramics, metal alloys, and hybrid materials. Technicians can choose from an expanded catalog of tooth libraries and implant components to accommodate a greater variety of patient needs.

• Exocad 3.2 has enhanced Virtual Articulator capabilities, allowing for more precise simulations of jaw movement and occlusal contacts. This feature is especially valuable for complex prosthetic designs and helps optimize fit and comfort in the final restoration.

• PartialCAD, the module for designing partial denture frameworks, now offers new options for creating clasps, connectors, and other framework components. These improvements provide users with more customization and control over removable designs, enhancing the precision and adaptability of partial dentures.

• Exocad 3.2 includes broader support for 3D printing and milling devices, providing users with more direct manufacturing options. Users can now export designs in optimized formats for leading 3D printers and milling machines, making production faster and more accurate.

• Exocad 3.2 introduces improved collaboration tools, making it easier for technicians, clinicians, and labs to share design files and updates in real-time. Enhanced cloud-based sharing allows teams to review and modify cases collaboratively, streamlining communication and coordination.

• The software now includes better handling of large files and complex cases, resulting in faster processing and reduced risk of crashes or slowdowns. Exocad 3.2 optimizes performance for both high-end and standard systems, allowing smooth operation even with detailed, resource-intensive designs.

• New AI-powered diagnostics in Exocad 3.2 allow for more advanced analysis of patient data, offering tools for detecting and suggesting improvements in dental designs based on anatomical and biomechanical factors. These insights help enhance the functional and aesthetic outcomes of restorations.

• Higher Precision and Control: The new and improved tools allow users to create more precise and highly customizable dental restorations.
• Increased Speed and Efficiency: Workflow optimizations and AI-based automations save time and enhance productivity.
• Seamless Multidisciplinary Integration: With enhanced collaboration features and interoperability between modules, Exocad 3.2 supports complex, interdisciplinary cases with ease.

• PartialCAD 3.1 offers advanced options for designing clasps, connectors, and mesh structures for partial denture frameworks. These components can be customized to accommodate specific patient anatomy and design preferences, providing a highly individualized approach to removable denture design.

• The clasp design tool has been upgraded to allow for finer adjustments and enhanced flexibility. Technicians can now control clasp thickness, placement, and curvature more precisely, which improves the fit and retention of the denture framework on natural teeth.

• PartialCAD 3.1 enables detailed customization of major and minor connectors, allowing technicians to design connectors that are not only anatomically fitting but also comfortable for the patient. This flexibility is particularly valuable in cases where patients require specific functional or aesthetic adjustments.

• The mesh structure tools in PartialCAD 3.1 allow for the creation of highly durable and lightweight frameworks. Technicians can adjust mesh density and support structure thickness, creating a framework that is both strong and minimally invasive, enhancing comfort and reducing material use.

• The updated user interface provides clearer visuals, making it easier to navigate and customize framework designs. The improvements in visual representation also help technicians identify and correct any potential issues early in the design process.

• PartialCAD 3.1 includes an automatic undercut detection feature, which identifies undercuts on the model and applies appropriate relief as needed. This automated relief adjustment saves time and reduces the risk of discomfort or improper fit in the final product.

• Full integration with DentalCAD means users can combine fixed and removable designs within the same digital workflow. This integration streamlines the process, especially for combination cases involving both partial dentures and fixed restorations.

• PartialCAD 3.1 supports both milling and 3D printing workflows, allowing technicians to choose the most efficient production method for each case. The software provides output options compatible with popular CAM systems and 3D printers, enabling labs to manufacture high-quality frameworks in-house.

• Enhanced collaboration tools make it easier to share case data with other team members, clinicians, or outsourcing partners. These tools facilitate real-time communication and feedback, ensuring that designs meet clinical and patient-specific requirements.

• PartialCAD 3.1 has been optimized for better performance and stability, allowing smoother handling of complex designs and larger files. This improvement helps technicians work more efficiently and reduces interruptions in the workflow.

• Precision and Customization: Advanced design tools allow for a higher degree of customization, ensuring that each partial denture is tailor-made for patient comfort and aesthetics.
• Efficiency and Speed: Automation features and workflow optimizations save technicians time while maintaining accuracy.
• Versatile Production: Compatibility with both additive and subtractive manufacturing methods gives labs flexibility in producing frameworks in-house.

• PartialCAD 3.2 includes even more options for designing partial denture frameworks, providing greater control over clasps, connectors, and mesh structures. Technicians can customize components to closely align with the patient’s specific anatomy and requirements, creating highly individualized partial dentures.

• The clasp design module now offers greater flexibility for adjusting clasp shape, thickness, and position. This allows for optimal retention and stability, enabling technicians to precisely fit the clasp to the patient’s natural teeth, ensuring secure support and comfort.

• PartialCAD 3.2 offers new design options for major and minor connectors, allowing for adjustments to both shape and thickness. This customization ensures that connectors meet specific functional requirements and patient comfort, which is particularly beneficial in complex cases.

• The mesh tools in PartialCAD 3.2 have been enhanced to support dynamic adjustments, such as modifying mesh density, thickness, and structure. This enables technicians to design durable yet lightweight frameworks that provide excellent structural support without unnecessary bulk.

• Improved automatic undercut detection identifies undercuts in the model and recommends appropriate relief adjustments. This feature helps prevent discomfort and fitting issues, making it easier to produce a framework that is both comfortable and secure.

• PartialCAD 3.2 features an updated, intuitive user interface with enhanced visuals, making it easier to navigate and manipulate design elements. Improved visuals enable technicians to spot design issues early on and make necessary adjustments quickly.

• Seamless integration with DentalCAD provides an efficient workflow for cases involving both fixed and removable restorations. This cross-platform compatibility enables labs to handle combined cases, streamlining workflows, and reducing redundant steps.

• PartialCAD 3.2 includes an expanded library of materials and components, offering a wider variety of options for designing partial dentures. The software also supports different material properties, allowing technicians to choose components that best suit the specific needs of each case.

• PartialCAD 3.2 supports output for both 3D printing and milling, with added optimization for specific CAM workflows. This flexibility allows labs to select the most effective production method for each case, whether using additive or subtractive manufacturing technologies.

• The improved collaborative features in PartialCAD 3.2 facilitate real-time case sharing and communication among team members and clinicians. This allows for more effective collaboration, as team members can review, edit, and comment on designs to ensure they meet clinical requirements.

• PartialCAD 3.2 has been optimized for increased performance and stability, ensuring smooth handling of complex, data-heavy cases. This improvement minimizes lag and reduces interruptions in the design process, allowing for faster turnaround times.

• Greater Precision and Control: New customization options allow technicians to design with greater accuracy, optimizing frameworks for both functionality and aesthetics.
• Improved Efficiency: Enhanced automation features and a more streamlined interface save time, allowing technicians to complete designs more quickly without sacrificing quality.
• Versatile Production Options: Compatibility with both milling and 3D printing ensures that labs can choose the best manufacturing method based on case needs and material properties.

• TRIOS Design Studio: Allows you to perform same-day restorative treatments, including crowns, bridges, and inlays. The software provides a guided workflow for designing and producing restorations directly in your practice.
• Dental System: A comprehensive CAD/CAM solution for dental laboratories, enabling the design of crowns, bridges, implants, and dentures with integrated tools for 3D scanning and modeling.
• Ortho System: Specializes in orthodontic treatments, including treatment planning, aligners, and braces design, offering a digital approach to orthodontics.
• Implant Studio: For implant planning and designing, supporting precise implant placement and surgical guides.

• CAD Design: High-precision design of dental restorations, orthodontic solutions, and implants.
• 3D Scanning & Modeling: Integration with 3Shape TRIOS scanners for accurate digital impressions and 3D modeling.
• Open System: Flexible integration with various mills and 3D printers, allowing you to choose the best manufacturing solution.
• Workflow Integration: Seamless operation across different devices and software, ensuring efficiency from scanning to design and production.
• The suite supports both chairside and lab environments, enabling both professionals and laboratories to scale their digital workflows effectively.

You can download a demo version

RealGUIDE with artificial intelligence is not only software, but also a complete digital PLATFORM.

Possibilities:

• Automatic message stl and ct
• Automatic panorama detection to create neural channels
• Automatic segmentation of teeth.
• Automatic filling of CT and export of CT to stl
• Operations of subtracting stl from CT, CT from stl, stl from stl.
• Export of CT teeth in stl format (one by one segments or a full arch).
• Creation of collapsible surgical templates.
• Built-in cad modeler for staging and implant planning

Peculiarities:

• Universal platform for diagnostics, implant planning, surgical guidance and design of prostheses, compatible with any DICOM and STL filesCE (class IIA) and FDA (class II) certified, quality system according to ISO 13485:2016 2D/3D visualization and implant planning also on iPAD
• Exceptional ease of use!
• Manage your patient with the touch of a finger
• Patient data is always available thanks to the CLOUD platform
• Share and discuss a clinical case with your colleagues, dental technician or radiologist thanks to the integrated communication system
• Open to all implant systems and accessible to all, thanks to a variety of licensing options suitable for doctors, dental technicians and students.