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VISI PEPS-Wire

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VISI PEPS-Wire

VISI Wire EDM is a powerful solution developed specifically for the precision engineering, tool-making, mould and die, and press and extrusion tool industries. Integrated seamlessly within the VISI design environment, this fully-featured software enhances the design and manufacturing of intricate wire EDM (Electrical Discharge Machining) components.

VISI Wire EDM is designed with automatic feature recognition, which allows for precise identification of wire features, including tapered, variable taper, and 4-axis features, directly from solid geometry.

This advanced functionality drastically reduces the time needed for programming and improves the accuracy of wire EDM operations. Whether you’re working on complex tool-making, die-crafting, or precision parts for industrial applications, VISI Wire EDM offers a comprehensive solution to streamline workflows and enhance productivity. By seamlessly integrating into the VISI platform, VISI Wire EDM enables users to work efficiently with complex geometry while maintaining high levels of accuracy, ensuring top-tier results in even the most challenging projects.

Key Features of VISI Wire EDM:
  • Automatic Feature Recognition: Effortlessly identify and program wire EDM features such as tapered, variable taper, and 4-axis directly from solid geometry, simplifying the design-to-manufacture process.
  • Full Feature-Based Functionality:Utilize a fully-featured design environment that ensures accurate, precise, and efficient EDM programming.
  • Integrated within VISI Design Environment: Seamlessly integrates with the VISI suite, enabling designers to work within a unified platform for improved workflow and faster results.
  • Precision for Complex Tooling: Ideal for precision engineering, tool-making, mould and die, and press/extrusion tool industries, offering high accuracy for intricate designs.
  • Enhanced Workflow Efficiency: Automate and streamline the wire EDM programming process, reducing setup times and improving overall production efficiency.