VISI offers solid and surface modeling, manufacturing feasibility analysis, mold/die design, plastic injection molding flow simulation, electrode design, 2.5- 5-axis machining, and Wire EDM capabilities.

Features

• Modeling: VISI Modeling is the foundation of all VISI products and provides a robust and powerful solid and surface modeling system based on the industry-standard Parasolid kernel. VISI Modeling offers complete flexibility to construct, edit or repair the most complex 3D data.
• Mold design: The VISI Mold module helps in creating a parametric 3D mold. A dynamic preview displays the assembly status, including options to edit all parameters in edit mode. Standard libraries of all common manufacturers are available for completing the assembly.
• Electrode design: VISI Electrode is an automated module for the creation and management of electrodes and their holders for the manufacturing of detailed and hard-to-machine features on mold and press tools. Comprehensive holder design, simulation, and collision checking ensure that electrodes will operate right the first time
• Injection molding flow simulation: VISI Flow is a unique prediction tool, ideal for pre-and post-production analysis and concurrent engineering of injection-molded plastic components.
• Sheet metal blank development: Multiple modules are available for processing 3D sheet metal components, including blank development, 3D-strip layout, and complete tool design. VISI Progress can unfold both surface and solid models using a powerful geometry-based unfolding algorithm.
• 2.5 to 5-axis machining: VISI Machining creates intelligent toolpaths, even on the most complex 3D parts. Dedicated high-speed milling techniques and built-in smoothing algorithms create highly efficient NC code, reducing cycle times on your machine and continuously producing high-quality components.

Benefits

• An intuitive solution that’s both easy to use and master.
• Wire EDM toolpaths and proven CNC code for all wire erosion machine tools.
• Comprehensive 2D, 3D and 5-axis machining strategies with dedicated high-speed routines.