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In VISI, the command Erosion Block is used to prepare multiple punch geometries for wire cutting. This tool collects punch shapes, optimizes their arrangement, and nests them into a single block for efficient wire EDM. By generating precise cutting paths and ensuring optimal material utilization, the Erosion Block streamlines the preparation process, reducing material waste and improving accura...

The morphing command in VISI is a sophisticated tool that enables precise and intuitive shape transformations using Target Driven Deformation (TDD) techniques. It allows users to select a base shape and smoothly transition it into one or more target shapes by adjusting various morphing parameters. Key features include weight maps for localized adjustments, constraints to preserve critical geome...

Instances allow for reusable components, synchronized updates, reduced file sizes, and simplified global modifications, leading to better performance and streamlined design processes. The Solid Groups Manager aids in organizing and structuring designs in the tree, improving team collaboration and communication. It facilitates batch operations, selective editing, and consistent application of st...

Ejector pin labeling in VISI enhances mold design and manufacturing by improving organization, clarity, and communication. It aids team collaboration and customer interactions, reduces errors, and streamlines the design process. Labeling simplifies maintenance and modifications, ensures manufacturing precision, and integrates well with CAM and CNC processes. It also supports quality control thr...

It has never been easier to cut on a Wire EDM machine than with VISI. This video, with thanks to our partner Makino, shows how you can program 2 and 4 axis wire at the wire EDM machine. We cut a live part showcasing all the different modules in VISI as well as supported technology VISI has built into the software, which the machine reads for Electric Values and offsets.

In VISI it has never been easier to overlay and compare parts when receiving a new revision. Creating common workplanes on old and new parts allows you to easily overlay the parts to be able to compare differences if you receive a part in body position and need to place it into Mold or Die position. After the overlay using the compare command eliminates the guess work to see exact differences b...

Introducing Visi Teams, your all-in-one collaboration solution designed to streamline teamwork and boost productivity like never before. With Visi Teams, you can effortlessly connect, communicate, and collaborate with your colleagues, whether they're across the office or across the globe. Say goodbye to endless email chains and disjointed communication platforms - Visi Teams brings everything t...

Vector text and engraving are essential functionalities in VISI, especially for practices in manufacturing and machining. Vector text refers to text that is defined by mathematical vectors rather than pixels. In VISI, vector text is used to create precise and scalable text elements for various applications, including toolpath generation for machining. Vector text is commonly employed in creatin...

The strip study feature helps in creating and optimizing strip layouts for progressive die stamping. Designers can arrange punches, dies, and other components in the most efficient way to maximize material usage and minimize scrap. Drag and drop punches to alternate stages and the strip will automatically update. User defined die templates allow the strip and punches to be established into the ...

Analyzing a part is simple with the Bounding Box command in the VISI application. Creating a Bounding Box generates a rectangular or circular stock based on a selected part or part surfaces. With the Bounding box, new workplane creation is guided by the corners of the box, with or without any offset. Quickly locate and add a new workplane or point at the part’s center of gravity. Specifically u...

VISI 3 to 5 axis machining provides the operator with a productive solution for creating highly effect toolpaths with advanced collision control for complex 3D data. 3 to 5 axis toolpath conversion, multiple tool tilting options, full gouge protection, and kinematic simulation are easily applied to solve any automatically detected collisions. The flexibility to choose custom parameters within t...

The Electrode command harnesses the algorithmic knowledge of all the steps required to pull and design an electrode, doing all the calculations and activating changes in the drawing area automatically. The Electrode Stock feature provides the flexibility of adding the raw stock body to the newly created Electrode using custom dimensions. Adding in a default Holder from the Library takes two cli...

The Assembly Manager and Parts Manager lists in VISI are locations to define and organize the contents of a drawing. When moving data between software, sometimes this organization can become oversimplified. To preserve the structural integrity of these lists, VISI has tools to convert a Layer structure into a Tree structure, with the objective of exporting to other software. Creating an Assembl...

The Compare command in VISI is an analytical tool that provides a visually compelling evaluation of how two part models align. The Fast Compare option immediately renders the part bodies in unique colors while showing the areas of difference in a third color. The more Accurate Compare option determines the accuracy of the comparison by configuring a customizable color schematic that will repres...

VISI by Hexagon Split Plane

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VISI by Hexagon 2023.1 CAM Webinar

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VISI by Hexagon Electrode Electrical Discharge Machining EDM

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VISI by Hexagon 5 Axis Machining

VISI by Hexagon PEPS Wire