A Visi specialist reviews your current setup and shows which functions support your mold & die processes.
✓ Receive the Visi brochure immediately by email
✓ Discuss your challenges directly with a Visi specialist
✓ Discover how to improve accuracy and reduce lead times
✓ Direct answers to your technical Visi questions
VISI bietet hier viele automatische Funktionen, wobei ich überall auch manuell korrigieren kann, was für uns sehr wichtig ist. Wir erreichen auf diese Weise Ersparnisse bei der Bearbeitungszeit von 30-40%."
Christian Gmeinwieser
Production Division Manager | Zollner
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Carsten Zejunc
CAM Manager | Erxleben Verformungstechnik
Mit VISI bilden wir heute alle wichtigen Stationen unserer CAD- und CAM-Prozesse ab, von der Angebotsphase, Methodenplanung und Konstruktion bis hin zu den NC-Programmen für die Fräs- und Drahterodiermaschinen."
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Why mould & die makers rely on VISI
Frequently asked questions
The modular structure allows teams to license only the modules required for their specific workflows.
As a PC-based CAD/CAM system, evaluation is carried out in a project-based setup using real parts and workflows, reflecting how the software is used in practice.
It supports robust surface and solid modelling, reliable management of imported CAD data, and stable handling of complex geometry.
Visi provides:
– Optimized HSC machining strategies– Smooth, collision-checked toolpaths
– Stable surface and volume-based machining for consistent results
Complex freeform areas are a standard use case within Visi workflows.
Visi supports continuous use of CAD and CAM data across manufacturing processes, enabling structured and repeatable process definition.
Within manufacturing workflows, Visi allows:
– Reuse of CAD geometry and machining data across downstream processes
– Consistent definition of machining strategies and process parameters
– Preparation of CAM output for automated and machine-specific workflows, including EDM
– Continued use of data within production, measurement, and validation steps
This supports more efficient process definition and enables automation concepts based on consistent, reusable manufacturing data.
Visi provides bi-directional translators for common CAD formats, allowing data exchange with other CAD and CAM systems.
Supported formats include:
– STEP and IGES
– Parasolid
– Native formats from CATIA, NX, SOLIDWORKS, and other major CAD systems
This supports reliable import and export of CAD data within heterogeneous engineering environments.
Download the Visi brochure or consult with an expert
Here's what happens next:
One Software. One Data Model. Full Production Control.
Unified CAD/CAE/CAM for Mold & Die
One shared CAD data model for design, simulation, and CAM. Program 3-, 4-, and 5-axis machining and wire EDM without data translation or system breaks.
Data-Neutral Design
Work with CAD data from any source and correct geometry instantly. Direct model editing—no rebuilding, no parametric delays.
Plan, program, and produce complex components with consistent data and reliable machining strategies.
Engineering Changes Without Rework
CAD changes update automatically across all manufacturing steps, including an integrated electrode process with measurement and quality inspection—without rework.
One software. One data model. Full production control.
Unified CAD/CAE/CAM for mould & die
One shared CAD data model for design, simulation, and CAM. Program 3-, 4-, and 5-axis machining and wire EDM without data translation or system breaks.
Data-neutral design
Work with CAD data from any source and correct geometry instantly. Direct model editing—no rebuilding, no parametric delays.
Plan, program, and produce complex components with consistent data and reliable machining strategies.
Engineering changes without rework
CAD changes update automatically across all manufacturing steps, including an integrated electrode process with measurement and quality inspection—without rework.
Why teams switch to Visi
Fix and modify any CAD geometry directly – regardless of source. No rebuilds. No failures caused by parametric history.
Design, simulate and program molds and dies in one system. No switching software or data handoffs between teams.
Changes flow automatically across design, simulation and manufacturing – including electrodes and inspection. Change it once, it updates everywhere.
Work with any CAD data
All-in-one CAD, CAE and CAM
Changes without rework
Trusted by mould & die manufacturers in 60+ countries
From mold & die design to finished part
Injection mold design
Plastic injection molds – core and cavity separation, cooling channel design, electrode extraction, and full mold assembly.
Visi Electrode Design
Visi Reverse
Visi Modeling
Visi Mold Design
Visi Die Tool Design
Visi Blank
Visi Modeling
Progressive die & stamping
Progressive and transfer die designs – automatic blanking, strip layout, springback prediction, and step-by-step unfolding.
Visi PEPS-Wire
Mold & die validation
Validate tooling performance early with flow, forming and thermal analysis – so issues are identified and resolved before production.
Visi Flow
Visi Progress
Visi Analysis
Not sure which modules fit your needs?
Design right. Validate early. Deliver faster to production.
Visi - CAD software for mold & die manufacturing
One shared model across design, simulation and manufacturing. No data translation, no rework when designs change – from first geometry to final part.
Measured impact across design and production
Based on data from Visi customers across mold design and die engineering – covering design, validation and production.
95%+
first-shot accuracy
vs. typical industry levels of 60–70%
20–40%
faster NC programming
Reduce time from design to production
Up to 30%
fewer machining errors
Reduce material waste and rework
Some complex mold tools used to take me nearly a week to design. But when we invested in Visi that immediately came down to a couple of days. And it’s even quicker now.”
Mark Chapman
Moldmaker | Sharnold Ltd.
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Stuart Berry
Manufacturing Director | Brandauer
Regarding surfacing and modeling, I have yet to meet anyone who can do what our designers can do with Visi. The ease with which we can create complex surfaces in Visi is critical for us.
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Why mold & die makers rely on Visi
How Visi compares to other CAD solutions
True CAD/CAE/CAM in one environment. No data translation between design, simulation, and machining.
Workflow integration
Purpose-built for mold & die with dedicated tools for core/cavity separation, electrode design & progressive die layout.
Mold & die specialization
Advanced flow analysis, dynamic cooling design, and automated electrode extraction – first-time-right molds.
Mold design accuracy & simulation
General-purpose CAD/CAM. Mold and die workflows require manual workarounds.
Mold-specific simulation tools may require separate software or additional configuration.
Progressive die design
Geometry handling
Multistage simulation, strip layout, unfolding, and springback prediction in one environment.
Basic strip layout available. Advanced die simulation and springback correction may require additional tools.
Hybrid direct modeling powered by Parasolid® – repair and edit any CAD geometry without parametric constraints.
Parametric modelling requires geometric constraints. Complex geometry changes risk model failures and rebuilds.
Engineering changes
CAD changes propagate automatically across simulation and CAM – including electrode processes.
Design changes typically require manual updates across disconnected CAD and CAM systems.
Toolpath strategies
Intelligent mold & die toolpaths – optimized for high-speed machining and complex surface finishing.
General toolpath strategies that may require manual tuning for mold and die specific requirements.
Collision avoidance
Fully collision-checked toolpaths with advanced rollback, gouge protection, and safe approach strategies built in.
Basic collision detection available. Advanced gouge protection may require manual verification.
Multiple disconnected tools. Data loss and rework common between design and manufacturing stages.
Automation level
Automated electrode extraction, cooling channel design, strip layout, and tool assembly templates.
Built-in component libraries from leading global suppliers – reducing manual design effort and assembly time.
Automation available but typically not tailored to mold and die specific processes.
Component libraries
Component libraries may be limited or require manual creation and third-party sourcing.
Other CAD solutions
Visi
Capabilities
Bring your most challenging part. We’ll walk through how to design, validate and prepare it for production – using your data. See how changes are handled, how issues are identified early, and how the workflow holds together from design through to manufacturing.
No obligation. Just practical answers to your questions.
Show us your most complex tool design
Practical training and education
System integration and individual support
Regional service and technical support
Hexagon's full service for Visi customers
© 2026 Hexagon AB and/or its subsidiaries.
All rights reserved.
✓ Optional live demonstration on your geometry
© 2026 Hexagon AB and/or its subsidiaries.
All rights reserved.