Overview

VISI Die Tool Design, developed by Hexagon, is a comprehensive CAD/CAE/CAM software solution tailored for the mould and die industry. It integrates advanced 3D modeling, plastic flow analysis, stamping, and multi-axis milling capabilities to streamline the design and manufacturing of progressive dies and press tools. By offering industry-specific functionalities, VISI enhances productivity and efficiency, enabling designers to make informed decisions that minimize errors and boost manufacturing output.

Features and Capabilities

• Variable Neutral Fibre Calculation: Accurately computes the neutral axis for precise unfolding and bending operations.
• Part Analysis and Bend Study: Evaluates component geometry to identify potential issues and optimizes bend sequences for manufacturability.
• Automatic Blank Development: Generates flat patterns from 3D models, facilitating material estimation and preparation.
• Step-by-Step Unfolding: Allows designers to plan each forming stage by dynamically adjusting bend angles, incorporating parametric features such as ribs and bosses as required.
• 3D Strip Design and Shearing Simulation: Assists in creating strip layouts and simulates shearing processes to ensure optimal material utilization and process efficiency.
• Bending and Shearing Stress Calculations: Analyzes stresses during bending and shearing to predict potential issues and ensure component integrity.
• User-Defined Tool Templates: Enables customization of tool designs to meet specific project requirements, promoting consistency and reducing design time.
• Parametric Component Libraries: Provides a comprehensive library of standard components that can be parametrically adjusted to fit design specifications.
• Automatic Link to Plate Manufacture: Facilitates seamless transition from design to manufacturing by automatically generating data for plate production.
• Associative Tool Detailing: Ensures that any changes in the design are automatically reflected in the detailed drawings, maintaining consistency and reducing errors.
• Automatic Bill of Materials (B.O.M.) Creation: Generates comprehensive B.O.M. directly from the 3D model, streamlining the documentation process and ensuring accuracy.