Neurocad turns engineering source material into native, editable CAD assets. Upload documents, images, engineering data, and CAD files. Neurocad extracts the design information, converts it into structured specifications, and materializes the result in your selected CAD application.
Neurocad supports the following source formats:
Neurocad supports native and legacy CAD files. Its translation architecture is designed to decompose CAD data into structured specifications that can be reused across supported engineering tools.
Supported files can include:
Neurocad can process an entire source file or work from a targeted capture. Targeted capture is useful when a document contains multiple packages, has a large number of pages, or includes several possible symbols and footprints.
Neurocad does more than convert one file extension into another. It decomposes source information into structured engineering specifications.
These specifications enter a shared generation pipeline that determines what needs to be created and how the artifact must be constructed in the selected CAD application. Neurocad then generates the tool-specific commands required to materialize the result as a native, editable asset.
This architecture allows the same engineering intent to be used across different CAD environments without manually rebuilding the artifact for each tool.
IPC-2581 is a structured PCB manufacturing data format. Neurocad can read and decompose IPC-2581 files into specifications that enter its artifact-generation pipeline.
Because IPC-2581 contains structured information rather than only graphical representations of PCB layers, it can preserve information about the board, components, connectivity, placement, and manufacturing definition.
IPC-2581 is an input source for Neurocad. It is not presented as a separate validation feature.
Yes. Every PCB footprint generated by Neurocad follows IPC-7351 standards.
IPC-7351 provides guidance for surface-mount land-pattern geometry, including considerations such as pad dimensions, component clearances, courtyard boundaries, and manufacturing allowances. Applying the standard helps Neurocad produce suitable footprints for PCB design and manufacturing workflows.
Engineers should still review generated artifacts against the component manufacturer’s package drawing and their organization’s own library requirements before release.
Neurocad currently creates:
The following artifact workflows are in beta testing:
Support will expand as these workflows complete beta testing.
Neurocad can generate and open artifacts in:
Neurocad generates outputs for the requirements of the selected application, allowing the artifact to remain native and editable in the engineer’s existing CAD environment.
You do not need to manually recreate engineering information before Neurocad can use it. Start with the datasheet, image, table, manufacturing data, 3D file, or existing CAD design already available to your team.
Neurocad converts that source material into structured, design-ready artifacts that can be reviewed and opened in your CAD application.
Neurocad reads PDF, JPG, PNG, SVG, BSDL, SPICE, ODB++, Excel, CSV, DXF, STEP, IGES, IPC-2581, and native or legacy CAD files.
Neurocad can process datasheets, package drawings, pinout diagrams and tables, reference designs, schematics, bills of materials, PCB data, footprint geometry, mechanical drawings, 3D models, simulation data, and legacy designs.
Yes. Neurocad can scan an entire datasheet to identify the information needed to generate an artifact. For long documents, documents containing multiple package options, or sources that do not render correctly, you can capture the specific image or table you want Neurocad to use.
Neurocad reads and decomposes IPC-2581 manufacturing data into structured engineering specifications. Those specifications can then move through Neurocad’s generation pipeline to produce artifacts for supported CAD applications. IPC-2581 is an input format, not a Neurocad validation feature.
Yes. Every PCB footprint generated by Neurocad follows IPC-7351 standards. Engineers should still review the completed footprint against the manufacturer’s package drawing and their organization’s library requirements before release.
Neurocad currently creates schematic symbols, PCB footprints, and 3D component models. Schematics, bills of materials, PCB layouts, and mechanical parts are currently in beta testing.
Neurocad supports Altium, KiCad, OrCAD, Mentor, Autodesk Fusion, and SOLIDWORKS. Neurocad generates the tool-specific commands needed to open the result as a native, editable artifact in the selected application.
Yes. Neurocad can decompose native and legacy CAD data into structured specifications that can be reused across supported engineering tools. Format coverage will continue to expand as Neurocad moves toward accepting all CAD formats.
No. Neurocad extracts the engineering information from a source, converts it into structured specifications, and uses those specifications to construct the artifact for the selected CAD application. The result is a native, editable engineering asset rather than a static file conversion.
Last updated August 21, 2026