For mold and die teams, creating CAD data is rarely the bottleneck (this is the bit designers and engineers tend to like, after all).  The major frustrations start when it comes time to share data between OEMs, toolmakers, suppliers, and other teams, all working on their own systems with distinct formats.

Once this data is initially shared, teams are constantly hunting each other down to check that they have the latest version. This friction inevitably creates delays, ineffective workarounds, and small problems spiralling into big slowdowns in production. 

In this piece, we will break down the major causes of these data sharing failures, how traditional workarounds fall short of solving the problem, and show how some powerful applications and workflow changes can unlock your mold and die teams' potential. 

Why Data Sharing Breaks Down in Mold and Die Projects 

The diversified nature of mold and die projects rely on close collaboration between OEMs, toolmakers, suppliers, and manufacturers, before even accounting for the data sharing needs of internal design, tooling, manufacturing, and quality teams. Even the term “mold and die” is broad, referring to companies in tooling industries, moldmaking, precision manufacturing, manufacturing tooling, industrial tooling, and more, with each of these having subcategories and niches of their own.  

Very few of the players in this diversified market are using the same all the same systems, and almost none have identical formats, needs, and expertise levels. 

Then, there is the CAD data itself. The mold and die industry presents plenty of unique challenges to data sharing, including: 

• Multi-layered part models, including cooling channels, ejection systems, etc 

• Complex cooling simulation data, essential for refining and validating parts 

• Extremely tight tolerances and manufacturing constraints 

• Highly iterative workflows involving many parties 

• Large, complex assemblies 

• Detailed, difficult-to-convey design intent

Why Traditional Collaboration Approaches Fall Short

With cheap workarounds failing, some companies try to address the problem by investing in multiple CAD licenses to cover every format they might encounter. This quickly becomes expensive and inefficient. Most users don’t need full CAD functionality; they simply need to open, review, and analyse models, meaning full CAD licenses are a huge cost for features that do nothing to improve productivity. 

When new potential customers work with an unsupported format, it can stall projects before they even begin. 

Unsupported formats can: 

• Slow quoting 

• Delay design reviews 

• Prevent teams from responding quickly to new opportunities. 

In some cases, teams are forced to turn work away simply because they can’t access the data. 

A More Practical Approach to CAD Data Access: CAD Viewers 

Instead of expanding access to full CAD systems, many teams are adopting 3D CAD viewers as a more efficient alternative. 

CAD viewers allow users to open and review models from multiple CAD formats without relying on the original authoring system. This makes it easier to validate designs, share feedback, and keep projects moving, all without adding licensing overhead. 

For mold and die workflows, this shift is especially valuable. CAD Viewers allow teams to ensure they are working from the same data, creating a single source of truth for the decision-making and iteration that is so critical in this industry. Design, tooling, manufacturing, and other teams such as quality, purchasing, and supplier teams can review incoming designs immediately, rather than waiting for conversions or additional software access. 

How SpinFire Insight Supports Tooling Workflows 

SpinFire Insight is designed to address these challenges unique to the mold and die industry by giving teams direct access to CAD data, regardless of format. Instead of working around file compatibility issues, teams can focus on validating and improving designs. 

SpinFire Insight also includes volume and weight calculation tools that support material and cost estimations. 

SpinFire Insight by Tech Soft 3D is easy to use, eliminating the need for the extensive training time associated with full CAD suites. By providing access to design data to the entire enterprise, bottlenecks are reduced, and workflows can be streamlined without needing to provide costly CAD licenses to people who only need to view and analyse data. 

SpinFire Insight helps establish a consistent, shared understanding of the design, reducing miscommunication and improving decision-making. 

Extending Workflows with CAD Data Translation 

While many mold and die workflows only require viewing and analysis, there are cases where CAD data needs to be translated into different formats. This is especially common when working with external suppliers or customers who rely on specific CAD systems. 

With SpinFire Convert, CAD files can be easily translated into other formats, streamlining data exchange with customers and suppliers who use different CAD systems. The application supports simple drag-and-drop translation for one-off needs, as well as bulk translation and PLM integration for teams working with high volumes of CAD data.  

Improving Collaboration Without Increasing Complexity 

As mold and die projects become more complex, the ability to move data efficiently between teams becomes increasingly important. 

Relying on multiple CAD systems, manual workarounds, or disconnected workflows creates unnecessary friction. It slows down collaboration, increases the risk of errors, and makes it harder to respond quickly to new opportunities. 

By making CAD data more accessible without adding complexity, tools like SpinFire Insight and SpinFire Convert help teams work more efficiently across the entire workflow. 

Next Steps 

If your team is still relying on workarounds to manage CAD data across different systems, it may be time to look at a more flexible approach. 

Explore how SpinFire Insight and SpinFire Convert can help you: 

• Access and review multiple CAD formats without additional licenses  

• Identify design issues earlier in the process  

• Improve collaboration across internal and external teams 

Mold & Die Data Access Frequently Asked Questions (FAQs)