Compare CADMATIC 3D Plant vs. EdiLus CONCRETE

Accelerate, enhance, and streamline your design processes with Cadmatic’s advanced design software. Seamlessly coordinate collaboration among global design teams while optimizing performance across various 3D models, regardless of their size or intricacy. Incorporate laser-scanned point clouds into your 3D design environment with ease. Effortlessly adjust and repurpose your assets across different projects, saving valuable time and reducing mistakes through automated data management. Share your designs for evaluation on the CADMATIC eShare platform, ideal for digital twin applications. Cadmatic recognizes the unique engineering demands of the plant sector, which is why our 3D plant design tools are tailored for projects of any scope or complexity. With CADMATIC 3D Plant, you can automatically generate annotated project documentation and lightweight 3D models, ensuring you always have access to the latest project information. Furthermore, native Cadmatic 3D objects can be easily exported to various file formats and imported back as needed, providing flexibility in your design workflow. This adaptability makes Cadmatic an essential tool for modern engineering challenges.

Within a unified graphical platform, you can access the BIM model of your building alongside FEM analyses, graphical representations of outcomes, automatic sizing of reinforcement bars, and comprehensive project documentation such as working drawings and calculation reports. You can initiate the modeling process by importing structural components from DXF/DWG CAD drawings or from BIM models in IFC file format; alternatively, you have the option to directly bring in an architectural project from Edificius. Each characteristic assigned to an object serves as a new input for calculations, and any modification triggers a fresh condition that needs to be evaluated during the verification process. All relevant data is consolidated within a single database and file, providing numerous benefits. Furthermore, a robust diagnostic tool is operational throughout every phase of the design, continuously monitoring for errors after each adjustment, ensuring that any newly introduced mistakes are identified, and previously existing ones are addressed. This integrated approach not only streamlines workflows but also significantly enhances the accuracy and reliability of the design process.