Premium Software Exocad DentalDB + Partialcad 3.3 Chemnitz Builld 665 By TeamArman 2026-03-05

Summary​

Digital dentistry has moved far beyond simple crown design. Today, laboratories and clinics expect fully integrated CAD/CAM environments that can manage case intake, design complex restorations, and streamline communication between technicians and dentists. This is exactly where Exocad DentalDB + PartialCAD fits into the workflow. DentalDB acts as the central case management hub, while PartialCAD focuses specifically on removable partial denture (RPD) framework design. This combination allows dental labs to organize orders, manage STL files, integrate intraoral scans, and design cobalt-chrome or titanium frameworks within one interface.

DentalDB as the Core Management Engine​

DentalDB is not just a file organizer; it functions as a structured case administration platform. Every order entered into the system includes patient data, dentist information, restoration type, material selection, shade specifications, and production deadlines. It connects seamlessly with exocad’s CAD modules, meaning that once a case is created, design data flows automatically into the design environment.

Customization and Workflow Automation​

The interface is clean and customizable. Laboratories can define restoration categories such as crowns, bridges, implant-supported restorations, surgical guides, bite splints, and removable dentures. It supports open STL import, which means scans from intraoral scanners like TRIOS, iTero, or Medit can be processed without compatibility issues. DentalDB + PartialCAD also supports barcode workflows, automated production tracking, and integration with milling machines and 3D printers.

PartialCAD and Digital Removable Prosthetic Design​

PartialCAD is specifically engineered for designing removable partial denture frameworks. Instead of manually waxing metal frameworks, technicians digitally design clasps, connectors, major connectors, minor connectors, mesh retention areas, and rests with precise control. The software supports standard dental library elements while still allowing custom framework adjustments.

Digital Surveying and Framework Precision Tools​

The workflow begins with model analysis. The technician defines insertion direction, blocks out undercuts digitally, and determines clasp positioning based on retention and esthetic needs. The digital survey tool replicates traditional surveying methods but with higher precision. Once the framework is designed, it can be exported for CAM manufacturing, including selective laser melting (SLM) or milling.

Advanced Framework Libraries​

PartialCAD includes digital surveying tools, undercut visualization, automatic blockout, parametric clasp libraries, mesh generation tools, occlusal rest design, and major connector templates for maxillary and mandibular arches. It supports different material workflows, including CoCr, titanium, and hybrid frameworks.

Virtual Articulation and Occlusal Analysis​

Another notable feature is virtual articulation. Cases can be analyzed within a digital articulator, improving occlusal accuracy before fabrication. Combined with implant modules and bite registration tools, the ecosystem becomes a powerful prosthetic design solution rather than just a drawing tool.

System Requirements and Hardware Recommendations​

For smooth performance, system requirements should not be underestimated. Exocad software generally runs on Windows operating systems, preferably Windows 10 or 11 (64-bit). A modern multi-core processor, such as Intel i7 or AMD Ryzen 7, is recommended for handling complex RPD frameworks. At least 16 GB RAM is advisable, though 32 GB improves performance when managing large datasets. A dedicated graphics card (NVIDIA RTX or Quadro series) significantly enhances 3D rendering and real-time design responsiveness. SSD storage is recommended to speed up case loading and file management. Since DentalDB operates as a database-driven system, a stable local network infrastructure is important for multi-user labs.

CAM Compatibility and High-Detail Framework Design​

Although PartialCAD is optimized for efficiency, designing high-detail frameworks with mesh retention areas and anatomical connectors requires stable GPU support. Labs planning to integrate 3D printing or metal laser sintering should also ensure CAM compatibility and sufficient storage for STL archives. In practice, the workflow typically begins with receiving intraoral scan data or a laboratory scan of a stone model. The STL file is imported into DentalDB, where case parameters are defined. Once the design module is launched, PartialCAD analyzes the arch, allowing the technician to determine the insertion path and undercut areas.

Strategic Framework Placement and Digital Relief Zones​

Framework elements are then placed strategically. Major connectors are shaped to respect tissue anatomy, while clasp arms are adjusted for retention and esthetics. Relief zones are digitally controlled, which improves patient comfort. After design approval, the framework is exported as an STL file for metal printing or milling. Compared to analog wax-up and casting processes, the digital workflow shortens production time and reduces human variability. Remakes often decrease because digital designs are repeatable and stored in the database for future modification if needed.

Accuracy Improvements and Patient Satisfaction​

Accuracy also improves significantly. Digital surveying reduces guesswork. Undercut detection tools help prevent clasp misplacement. Thickness control ensures structural strength without over-bulking. These small improvements add up to better patient satisfaction and fewer chairside adjustments. Another strong benefit is scalability. Whether a lab handles 10 cases per day or 200, the database structure remains organized. Multi-user functionality allows technicians to work simultaneously, which supports team collaboration.

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