**UG/Gateway (UG Entry)** This is the core module of UG, offering essential tools for file management, such as opening, creating, and storing files. It includes features for viewing, like coloring, blanking, zooming, and layout customization. The module supports layer management, drawing and plotter queue handling, and space roaming with path definition and movie generation. It also provides query functions for expressions, features, model information, coordinates, and distances. Curve curvature and surface fairing analysis are available, along with automatic calculation of physical properties. It supports spreadsheet functions for standard part families and generates images in formats like CGM, VRML, TIFF, MPEG, GIF, and JPEG. It handles geometric data input/output (e.g., CGM, UG/Parasolid), macro recording and playback, and user-defined menus for quick access to common or custom functions. **UG Solid Modeling** UG Solid Modeling offers sketch design, curve generation, Boolean operations, sweeping, rotating, and guide rail-based modeling. It supports dimension-driven design, variable definition, and post-parameterization of non-parametric models, enabling flexible and accurate 3D modeling. **UG/Features Modeling** This module enables the creation and editing of standard features like holes, keyways, bosses, cylinders, and more. It supports mold design, surface extraction, and feature editing (delete, compress, copy, paste). Tools for simplification, die casting, and assembly visualization help streamline the design process. **UG/FreeForm Modeling (UG Free Surface Modeling)** UG provides a wide range of surface modeling tools, including ruled surfaces, scanned surfaces, and freeform surfaces generated from curves. It supports advanced techniques like dynamic pull adjustment, equidistant offsets, and surface fairing. This module is ideal for complex, organic shapes. **UG/User Defined Feature (UDF)** The UDF module allows users to define and store reusable features, improving efficiency in repetitive design tasks. It supports parameter extraction, correlation setup, and icon menu creation, making it easy to integrate into workflows. **UG/Drafting (UG Project Drawing)** This module automates view layouts, section views, and annotations. It supports GB standards, manual editing, and automatic generation of schedules, enhancing productivity in engineering documentation. **UG/Assembly Modeling** UG Assembly Modeling supports top-down and bottom-up design methods. It ensures bidirectional linkage between parts and assemblies, allowing real-time updates and efficient management of large-scale projects. **UG/Advanced Assemblies** This module enhances large assembly management with features like filtering, high-speed coloring, interference checks, and performance optimization. It supports parallel computing and collaborative design across multiple teams. **UG/Sheet Metal Design** It enables the design of complex sheet metal parts, simulating folding and unfolding processes. It accounts for material behavior, generating accurate flat patterns for manufacturing. **UG/FEA (Finite Element Analysis)** UG FEA provides pre-processing, meshing, and result visualization for structural analysis. It supports static, dynamic, and modal analysis, helping engineers validate designs before production. **UG/ANSYS Interface** This interface connects UG to ANSYS for advanced simulation, enabling seamless transfer of geometry, mesh, and results between platforms. **UG/CAM Base (Machining Basics)** UG CAM Base offers toolpath simulation, programming, and optimization. It supports standard machining processes like roughing, finishing, and drilling, reducing training time and increasing efficiency. **UG/Post-Processing (UG/Post Builder)** This module allows users to create custom post-processors for NC machines, ensuring compatibility with a wide range of equipment and reducing setup time. **UG/Nurbs Path Generator** This tool generates precise toolpaths using NURBS curves, improving machining accuracy and reducing program size by up to 50%. **UG/Lathe** UG Turning supports lathe operations like roughing, finishing, threading, and drilling, with real-time simulation and parameter control. **UG/Core & Cavity Milling** This module handles roughing and finishing of complex cavities, supporting multi-axis machining and intelligent correction of irregular geometries. **UG/Planar Milling** It provides contour milling, cavity lamination, and safety margin settings for 2D and 3D machining, with support for tool compensation and cooling commands. **UG/Fixed Axis Milling** This module offers advanced 3-axis machining with various cutting strategies, including spiral and concentric cutting, for complex part geometries. **UG/Flow Cut** Automatically identifies and removes root areas in cavities, reducing finishing work and improving efficiency in multi-pass machining. **UG/Variable Axis Milling** Supports both fixed and multi-axis machining, enabling precise control over tool paths for complex geometries. **UG/Sequential Milling** Allows step-by-step control of toolpath generation, ideal for challenging CNC programming tasks. **UG/Wire EDM** Supports 2- and 4-axis wire cutting, with options for multiple passes, wire reversal, and electrode wire customization. **UG/Vericut (Cutting Simulation)** Simulates NC programs to verify toolpaths, reduce errors, and save machine downtime. It provides visual feedback and volume calculations for material removal. **UG/Manager** This module manages project data and supports concurrent engineering. It enables web-based access, version control, and role-based permissions for efficient collaboration. **UG/Open (Secondary Development)** UG/Open provides tools for customizing UG, including menu scripting, UI styling, API development, and GRIP programming for automation and integration. **UG/Data Exchange** Supports bidirectional data exchange via STEP, IGES, and DXF standards, ensuring compatibility with other CAD systems. **UG/CAST Online** An online learning platform covering all major UG modules, offering tutorials, help, and practice exercises to enhance user proficiency. **UG/WAVE (Product-Level Parametric Design)** UG/WAVE enables parametric design at the product level, allowing changes to propagate automatically through the design hierarchy, improving reuse and consistency. **UG/Scenario for Motion+** This module supports motion simulation and analysis, enabling the study of mechanical systems and their interactions within UG environments. **UG/Routing (Tubing Design)** It allows for the design of piping systems, including centerline definitions, standard parts, and interference checks, with automated scheduling and inspection. **UG/Wiring (Electrical Wiring)** This module generates 3D electrical wiring data, supporting cable length calculation, bundle diameter, and interference checking for efficient design. **UG/Die Engineering** Designed for automotive stamping dies, this module supports the creation of forming tools, supplementary surfaces, and press design. **UG/in-Shape (Reverse Engineering)** UG/in-Shape uses rapid surfacing technology to convert scan data into NURBS or polygonal models, supporting reverse engineering and legacy data conversion.

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