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Digital Project Designer is a comprehensive 3D modeler with an extensive set of tools for creating and managing building information throughout the building lifecycle. Digital Project Designer is a high-performance 3D modeling tool for architectural design, engineering, and construction. Designer provides an extensive set of tools for creating and managing building information throughout the building lifecycle. Parametric 3D surface and solids modeling, free-style surface modeling (NURBS), and geometric modeling from wireframe and surface modeling through feature-based solid geometry. Designer provides attribute modeling, so rich construction information can be applied to project geometry. Designer supports Uniformat and CSI attribute schema for cost estimating and specification referencing; and provides attributes for quality control, and utilities for extensions of attribute schema.

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Product OverviewCADverter is a direct database converter between CATIA V5 and ICEM Surfdb. It enables the user to convert all forms of mechanical design geometry, and CATIA V5 assembly structure that will be put into a single file, it also converts attribute information, between these two systems.CADverter can be purchased as a uni-directional, CATIA V5 to ICEM Surf, or ICEM Surf to CATIA V5 product, or as a bi-directional product.It can be used Interactively or in a batch mode, from a standard G.U.I interface.CADverter reads and writes CATIA V5 and ICEM Surfdb data and converts all geometry. If CATIA V5 assembly data (product structure) is in the file, the assembly structure will be created as a single ICEM file plus all layer information. The user can filter data to optimise the process.Main Features Converts all types of geometry, wire frame, surfaces, trimmed surfaces (faces) and solid models. Reads CATIA V5 parts and assembly files. Reads and Writes ICEM Surfdb files independently of ICEM Surf. The conversion process can be run Interactively or in Batch mode. Data can be filtered by layer and entity type. Geometry can be filtered and selectively processed.

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Synopsys’ SaberES Designer™ provides an integrated process for electrical system design from concept to manufacturing. Redundant data entry is nearly eliminated fostering correct-by-construction and first-pass success. SaberES Designer is used to author electrical connectivity and design content and then populates the CATIA 3D model with wires, connectivity, connectors, splices, harnesses, etc. After the wire harness is routed in CATIA, wire lengths, layout, positions, and mechanical passives can be passed back to the Saber environment for simulation and manufacturing outputs to suppliers. The close, two-way integration greatly improves product quality and engineering productivity.

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TORFIBER software is focused on design/manufacturing department where carbon fiber part manufactures are going to generate CNC programs to manufacture the part in the TORRESFIBERLAYUP machines.

PARTNER SOLUTION

PARTNER SOLUTION

PARTNER SOLUTION

TechViz XL acts like a driver to a virtual reality system and is the tool to display your large 3D data or 3D virtual prototype directly from your native application, with a high frame rate, on any type of stereo 3D display.Make changes in 1 :1 scale or greater, without data conversion.A fully immersive experience using a full 3D integrated system. Easy, user-friendly and ideal for project review or team collaboration.

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The new professional answer for designing Electrical Harnesses: In a Windows environment, manages all kinds of diagrams, generates wires and part lists. In addition, SEE Electrical Harness allows connecting to CATIA to create the physical Harness and to Enovia Smarteam to manage the data flow.

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3DCS Mechanical Variation Analyst is a new tool from DCS specially geared for the mechanical world. 3DCS Mechanical is an easy to use product that allows users to model mechanical and kinematic assemblies with full range of motion. These assemblies use new joint and constraint assembly definitions instead of the 3-2-1 move routines which allow automatic extraction of the assembly process, making the modeling process faster and easier. This, in addition to the new kinematic solver, GGCM, allowing tolerance analysis of over-contrained assemblies, makes 3DCS Mechanical an excellent fit for performing variation analysis on engines, switches, gears and other mechanical components.

PARTNER SOLUTION

PARTNER SOLUTION