A `.XMT_BIN` file is often understood to be a Parasolid “binary transmit” exchange file that embeds the actual model geometry—faces, edges, solids—straight from the Parasolid kernel, helping CAD tools swap accurate data through a serialized binary form that’s optimized for performance and not human-readable.
Functionally, Parasolid transmit files come in text (`.x_t`, `.xmt_txt`) and binary (`.x_b`, `.xmt_bin`) flavor pairs that most systems treat as equivalents, with `.x_b` more common and `.xmt_bin` used by some exporters, and accessing the file means importing it into Parasolid-compatible software; when the importer displays only `.x_b`, renaming `.xmt_bin` to `.x_b` is a common workaround since the binary content itself doesn’t change.
With an `.xmt_bin` file, what you mainly do is import its Parasolid geometry into engineering software, since it stores full solid/surface data rather than meshes or drawings, letting CAD systems such as Siemens NX open it for inspection, dimensioning, drawing creation, and continued modeling, and also allowing CAE tools like ANSYS Workbench to use it for meshing and analysis.
If Parasolid isn’t well supported on the receiving end—because their tool doesn’t fully support Parasolid—you can export to universal formats such as STEP AP242 for solid geometry or IGES for surface-heavy models, or to mesh types like mesh-based formats when needed, understanding that meshes lose true CAD fidelity; you can also import the geometry to run healing/repair operations before re-exporting, and an `.xmt_bin` is useful diagnostically to test whether issues persist after translation, helping pinpoint modeling vs. conversion faults.
Opening an `.xmt_bin` generally means either importing it directly through a Parasolid-capable program or renaming it for tools that only list `. Should you cherished this information in addition to you wish to be given more info with regards to XMT_BIN file generously pay a visit to our web-site. x_b`, as the direct method relies on choosing Parasolid in File → Open/Import to bring in the geometry cleanly, while the rename approach works by copying and renaming the file to `.x_b`, letting the importer accept it since both extensions represent binary Parasolid transmit data.
