KOMPAS-3D is a robust CAD software developed by ASCON for mechanical engineering, designed to efficiently manage large enterprise projects involving thousands of sub-assemblies, parts, and standard library objects. It provides a full suite of 3D modeling capabilities comparable to mid-level PC CAD/CAM programs for Windows. The software facilitates the creation of three-dimensional associative models for individual parts and assembly units, incorporating both original and standardized industrial structural elements. Its capabilities extend to solid modeling, surface modeling, sheet metal modeling, and object modeling. A core strength of KOMPAS-3D lies in its proprietary geometric kernel and advanced parametric technologies developed by ASCON specialists. The solid modeling approach begins with 2D sketches, which are then transformed into 3D parts using constraints and extrusion, with further refinement through editing commands. For complex assemblies, parts are joined using rules and 3D constraints. Surface modeling involves creating 3D surfaces from curves and points, which can then be converted into solid models. Sheet metal functions allow for the design of various sheet metal parts and the generation of dimensioned flat patterns for production. Object modeling enables rapid assembly design by incorporating pre-drawn industry-standard parts. KOMPAS-3D supports modern design methodologies like top-down and bottom-up approaches, features an extensive database of fasteners and materials, and utilizes parametric modeling to explore multiple design solutions. It includes collision detection, PMI tag placement, and various engineering calculators for properties, dimensions, strength, and flow analyses. The software also offers add-on applications for specialized tasks in electrical engineering, electronics, mechanics, and equipment, and supports data exchange with other CAD programs. KOMPAS-3D is also a convenient tool for generating documentation such as drawings, specifications, and diagrams, with associated drawings automatically updating when the 3D model changes. The interface is customizable for user convenience, with configurable toolbars, panels, and hotkeys.

Features & Benefits

• Solid Modeling: Create 3D parts from 2D sketches using constraints and extrusion, with extensive editing commands for refinement.
• Surface Modeling: Generate 3D surfaces from curves and points, with options to convert them into solid models.
• Sheet Metal Modeling: Design various sheet metal parts and generate flat patterns for production.
• Object Modeling: Rapidly add pre-drawn industry-standard parts to assemblies.
• Parametric Design: Explore multiple design solutions by easily modifying geometry based on variables.
• Collision Detection: Quickly identify potential collisions and interferences between parts.
• Engineering Calculators: Perform analyses for centers of gravity, dimensions, spring sizes, strength, and fluid flow.
• Documentation Generation: Create drawings, specifications, and diagrams, with automatic updates from 3D models.
• Customizable Interface: Tailor toolbars, panels, and hotkeys for an optimized user experience.