There is a problem that almost no engineering team mentions in project meetings, but that everyone suffers in silence: incompatibility between CAD formats. A file that won’t open. A model that arrives corrupted. Geometry lost in conversion. Manufacturing data that has to be manually re-entered because the supplier’s system doesn’t recognize it.
It’s not a dramatic problem. It doesn’t trigger alerts or red dashboards. But it accumulates lost hours, avoidable errors, and friction that repeats itself in every project, every delivery, every iteration with a client or supplier using different software than yours.
And in industries where precision is critical — manufacturing, automotive, aerospace, construction, metalworking — those errors have a concrete cost.
Why the CAD Market Is, by Design, Incompatible
The CAD software ecosystem is broad and fragmented. Each platform has its own native format: CATIA works with .CATPart and .CATProduct files, SolidWorks with .SLDPRT and .SLDASM, PTC Creo with .PRT and .ASM, Siemens NX with .PRT, Autodesk Inventor with .IPT and .IAM. And that’s without counting versions: a CATIA V6 file doesn’t open directly in CATIA V5, and vice versa.
Neutral formats exist — STEP, IGES, DXF — designed specifically for cross-system exchange. But the reality is that converting to neutral formats almost always means losing information: the assembly tree, the construction history, manufacturing metadata (PMI), 3D tolerances and annotations, material attributes. What arrives on the other end is geometry, not a model.
The result is that teams working in multi-CAD environments — which is the overwhelming majority of industrial companies — spend an unacceptable amount of time managing friction between systems instead of designing.
The Real Cost Nobody Quantifies
The CAD incompatibility problem is invisible in project budgets because it dissolves into small, distributed losses throughout the entire workflow:
- The engineer who spends 45 minutes trying to open a client’s file before getting it into a usable format
- The designer who receives a STEP-converted model and has to manually rebuild the manufacturing dimensions because they weren’t transferred
- The manufacturing team working with a file version that isn’t the latest because the conversion failed and nobody caught it in time
- The supplier who delivers parts with incorrect tolerances because PMI data was lost in the exchange
Each of these events, in isolation, seems like a minor inconvenience. Added up over a months-long project with dozens of revisions and multiple suppliers, they represent weeks of lost work and a real risk of production errors.
An Aberdeen Group report found that companies without standardized CAD data exchange processes report up to 25% more time in revision cycles and a significantly higher error rate in the design-to-manufacturing transition.
The Most Common Incompatibility Scenarios
Client and Supplier on Different Platforms
This is the most frequent case. An automotive company designing in CATIA needs to share models with a metalworking SME working in SolidWorks. Or a civil engineering firm using Revit needs to deliver models to a contractor working with different BIM tools. Every delivery involves a conversion. Every conversion involves the risk of data loss.
Version Updates That Break Backward Compatibility
CAD platforms release new versions regularly, and files generated in newer versions frequently won’t open in older ones. This creates problems when different teams within the same organization run different software versions, or when a client upgrades their platform and suppliers don’t follow at the same pace.
Internal Multi-CAD Environments
It’s not uncommon for different CAD tools to coexist within the same company: the conceptual design department uses one platform, manufacturing uses another, the simulation team uses a third. Without an interoperability solution, every transfer between departments is a friction point.
Historical Data Migration
When a company decides to switch CAD platforms, it has to decide what to do with years of files in the previous format. Converting that data library without losing critical information is one of the most complex and risky projects an engineering team can face.
Integration with Downstream Systems
CAD models don’t live in isolation: they feed simulation systems (FEA/CFD), computer-aided manufacturing (CAM), product lifecycle management (PLM), and increasingly, digital twins. Each of those systems has its own format requirements, and the friction at each interface accumulates.
The Difference Between Converting and Actually Interoperating
There is an important distinction that technical teams understand but many decision-makers don’t consider: converting a CAD file is not the same as achieving real interoperability.
Converting a file means transforming it from one format to another, preserving the basic geometry. That’s what the native exporters of most CAD platforms do when they generate a STEP or IGES file.
Interoperating means transferring the complete model: geometry, topology, assembly tree, construction history, manufacturing metadata (PMI/FD&T), material attributes, configurations, annotations. In other words, transferring not just the shape, but the design intelligence the engineer embedded in the model.
The difference between the two approaches translates directly into how much manual work is required after the conversion to make the file genuinely usable in the target system.
Datakit: CAD Interoperability as a Singular Specialty
Datakit is a French company founded in 1994 with one unwavering focus: 2D and 3D CAD data interoperability. It is not a CAD software developer that adds conversion as an extra feature. It is a pure specialist in technical data exchange, which translates into technical depth that generalist solutions simply cannot match.
Its core value proposition is converting files between the major CAD formats on the market — native and neutral — preserving not just the geometry but all the technical information associated with the model.
CrossManager: Standalone Conversion Without Additional Licenses
CrossManager is Datakit’s standalone solution for CAD file conversion. Its most important differentiating feature is that it does not require the source or target CAD software to be installed on the same machine. To convert a CATIA V5 file to SolidWorks, you don’t need CATIA installed. To read a Creo Parametric file, you don’t need Creo.
This solves one of the most practical problems in CAD interoperability: many companies need to read formats from software they don’t have licensed. CrossManager gives them that capability.
CrossManager’s current capabilities include:
- More than 30 reading formats and over 20 writing formats, both native and neutral
- Supported native formats: CATIA V4, V5, and V6 (including 3DEXPERIENCE), SolidWorks, Creo Parametric, Siemens NX, Inventor, Solid Edge, Rhino, I-deas, Robcad, and more
- Neutral formats: STEP (including the AP242 E4 standard, the most advanced), IGES, JT, Parasolid, DXF, 2D and 3D PDF, STL, VRML, COLLADA, IFC, and more
- Batch conversion via graphical interface or command line, to automate repetitive workflows
- Quarterly updates that maintain compatibility with the latest versions of each CAD platform
CrossManager version 2025.4, released in October 2025, incorporates specific improvements for STEP AP242 E4 — the most advanced engineering data exchange standard — along with optimizations for large Navisworks models, improvements in sheet metal processing in Inventor, and enhanced visual style support in Revit.
CrossCad/Plg: Interoperability Built Into SolidWorks and Rhino
For teams working primarily in SolidWorks or Rhino, Datakit offers CrossCad/Plg: plug-ins that install directly inside these platforms and add import and export capability for formats the software doesn’t natively support.
Once installed, SolidWorks incorporates a “Datakit Exchange” menu that allows users to import or export in any needed format with a single click, without leaving the familiar working environment.
CrossCad/Ware: SDK for Software Developers
For software companies that want to incorporate CAD interoperability capabilities into their own applications, Datakit offers CrossCad/Ware: a software development kit (SDK) with a complete, documented API. This allows developers to integrate Datakit’s conversion capabilities into their own products without having to build that functionality from scratch.
What Is Preserved in a Datakit Conversion
The difference between a generic conversion and a Datakit conversion is measured by what information arrives intact at the target system:
| Data | Generic conversion (basic STEP) | Datakit |
|---|---|---|
| 3D geometry | Yes | Yes |
| Assembly tree | Partial | Yes |
| Construction history (features) | No | Yes (when format allows) |
| PMI / FD&T (3D dimensions and tolerances) | No | Yes |
| Metadata and attributes | No | Yes |
| Configurations | No | Yes (SolidWorks) |
| Sheet metal data | No | Yes |
| BIM information | No | Yes (IFC, Revit) |
This difference determines how much manual work is required after receiving a converted file.
Signs Your Company Has a CAD Interoperability Problem
Review this list. If more than two points apply to your organization, CAD format incompatibility is costing you more than you think:
- File exchanges with clients or suppliers require manual correction steps after conversion
- Your team works with STEP or IGES formats because “that’s always how it’s been done,” even though it means data loss
- There are files from previous projects in formats you can no longer open with your current software
- When you receive a model from a client in CATIA or Creo, you need someone with that license to convert it for you
- Manufacturing data (PMI, tolerances, annotations) has to be manually loaded into the manufacturing system after receiving the file
- Your company is evaluating a CAD platform change and has no clear plan for what will happen to the historical data
CAD Interoperability and Compliance in Regulated Industries
In sectors such as aerospace, defense, and automotive, traceability of engineering data is a regulatory requirement, not just a best practice. Standards like LOTAR (Long-Term Archiving and Retrieval) and STEP AP242 establish how product technical data must be preserved and transferred throughout its lifecycle.
Datakit actively participates in the working groups that develop these standards — including the LOTAR Pilot 2025 project — which ensures its solutions are aligned with the most demanding industry requirements. For companies supplying clients in the aerospace, defense, or automotive sectors, this is not a minor detail: it is a qualification requirement.
How to Evaluate Whether Datakit Is the Right Solution for Your Company
Choosing the right product within Datakit’s portfolio depends on the use case:
If you need to convert files between different formats without having the source software installed: CrossManager is the solution. Available in standard and Advanced versions (for unlimited batch conversions).
If you work primarily in SolidWorks or Rhino and need to expand import and export capabilities: CrossCad/Plg is the option, as it works directly inside your usual working environment.
If you are a software developer looking to integrate CAD conversion capabilities into your own application: CrossCad/Ware is the SDK that gives you access to the same capabilities used by major CAD software vendors.
At Aufiero Informática we are authorized Datakit distributors for Argentina and all of Latin America. We can advise you on which product best fits your workflow, manage licensing in local currency, and support you throughout implementation.
Conclusion
CAD file incompatibility is not a minor technical problem. It is structural friction that repeats itself in every project, every delivery, every exchange with a supplier or client working on a different system. And because it manifests as small, distributed losses — an hour here, an error there, a conversion that has to be done twice — it is often neither quantified nor prioritized.
Datakit solves that problem at its root. Not as a workaround, but with the technical depth of a company that has spent more than 30 years specialized exclusively in CAD interoperability.
If you want to assess how CAD format incompatibility is affecting your workflow today and which Datakit solution best fits your context, Aufiero Informática can help.
