LUCERNE, Switzerland, Apr 17, 2026 – BETA CAE Systems is pleased to announce the release of 1st Hot Fix of 2025.2 for ANSA, EPILYSIS, META, FATIQ, SPDRM, KOMVOS and ANSERS with critical bug fixes and selected implementations.
Known issues resolved in ANSA
CAD to ANSA Translators
CAD to ANSA process might fail for parts that contained the special character “%” in an attribute value.
Sketch 3D
Unexpected termination would occur when Projecting a Curve on Shells with “Project on Source” direction.
General
After reading an Ansys model, ANSA would occasionally terminate if the model was output in Nastran format.
Model Browser
Having more than one Navigators active could ultimately lead to an unexpected termination.
Furthermore, a part saved in DM with build status “OK” would miss the build process that was used, after opening it in ANSA.
Data Management
Mesh parameters file was not read at all, while connected in a DM.
Batch Meshing
Batch mesh could run out of memory, when generating several tens of millions of shell elements.
Shell Meshing
ANSA would terminate unexpectedly, when running check for solid cracks.
Also, ANSA would exit abnormally, in case of executing “Grids > Align” function, targeting Plotel entities.
Nastran
BGSET and BGADD would not be correctly output when “Parameter Output” option was set on “Model”.
Abaqus
Pressing Tab key in Material Data Table would lead to an unexpected termination.
Moreover, Material Orientation using distribution would not be exported for membrane elements.
In addition, during output, all parameters of *SECTION CONTROLS were not written in the output file, regardless of whether a Standard or Explicit analysis that was selected to be performed.
The current behavior now safeguards the correct definition when transferring results between Standard and Explicit analysis using *IMPORT.
Ansys
A fatal error would occur during Solver Submission on Windows installations, when submitting an Ansys job with number of CPUs equal to 1.
Morphing
DFM would fail to scale entities non-uniformly, when using a Local Coordinate System.
Scripting
Unexpected termination would occur when Voxel function would be used in script, via mesh.VoxelGeneration() script function.
Known issues resolved in EPILYSIS
Calculations
The overall computational cost and solution time can now be successfully reduced when v1 is provided in EIGRL, by avoiding extra shifts during Block Lanczos calculations.
Known issues resolved in META
Graphics
Several performance issues were encountered while managing multiple models across various windows with cut planes.
GUI
Copying window settings from one window to another could lead to META ceasing to respond.
Nastran
Upon reading results, Non-Linear Plastic Strain was not interpreted as expected; a regression since version 25.1.3.
Abaqus
Analytical surfaces, as well as DCOUP3D elements, can now be properly read from an .odb file.
Ansys
Axisymmetric elements were not read correctly.
LS-DYNA
META would not recognize the rcforc output from Ls-Dyna version R16.
Also, Signed Max Principal Strain was not available for pure solid element models.
FEMZIP
Unexpected termination could occur when loading Pam-Crash erfh5.fzip files under “Read Results > Curves”.
META would terminate abruptly when loading an ERF file, compressed with FEMZIP version 16.28.
Geometry was not properly read from FEMZIP ERF files. In specific, curves from .erfh5 files compressed in FEMZIP version16.28 and later would not be read, unless “File Format” was switched explicitly to “Pam-Crash”, instead of “Auto detect”.
FRF Assembly
Unexpected termination could occur when excluding at least one mode of a modal component and the component was connected using an FSI connector.
In addition, Disassembly tool did not work correctly when the starting frequency was set to 0 Hz.
Math Operations on Field Data
It was not possible to calculate the average values by selecting calculated maximum or minimum states.
Project Files & METADB
Reading of projects with multiple labels that include Cycle results would be incorrect.
2D Plots
Upon reading of Nastran transient ERP results the abscissa was wrongly set to frequency instead of time.
States & Animation
Switching between states could make the results disappear in cases of extremely small time-step
Images & Video Handling
Synchronization among videos was not possible when a project (.metadb) file was read.
Known issues resolved in KOMVOS
Configuration
Submission monitoring window would wrongly display all curves in black color, under Plots tab.
Scripting
Any hardcoded action, e.g. Add/Edit/Export/Compare, can now be successfully overridden with a script action defined in the dm_views.xml.
Known issues resolved in SPDRM
Performance
This release introduces significant enhancements to the SPDRM server, boosting its ability to handle high concurrency and demanding workloads.
Key Improvements:
- Enhanced Stability: Advanced mechanisms ensure consistent and reliable operation, even under extreme load conditions.
- Greater Resilience: Optimized handling of concurrent requests maintains responsiveness during peak demand.
The efficiency in processing rapid concurrent uploads, queries and exports has increased by 50%. Metrics are based on the results of the trANSAction-intensive synthetic Concurrency Automated Benchmark (CAB) that certifies each SPDRM release for scalability and performance.
The latest benchmark results showcase the server’s ability to handle high-concurrency workloads.
- 40,000+ structured CAE objects (metadata & file) saved in 15 minutes
- 350 concurrent workers executing read/write operations with consistent throughput
- This stress test scenario is equivalent to and ensures that 1000+ active users can effectively perform daily business tasks connected to SPDRM
This benchmark demonstrates efficient resource utilization, optimized I/O handling, and robust concurrency control, which are the key factors for scaling distributed systems.
These upgrades make the SPDRM server more robust, efficient, and scalable, empowering customers to grow confidently.
Process Design / Execution
The execution of application nodes, whose registered application had limits for the maximum number of instances per client and/or global, would unexpectedly fail.
Furthermore, calculation of Workflow State wrongly caused a Workflow to be shown as Running, even though it was Finished.
Known issues resolved in ANSERS
General
The “Generate Report” operation failed when a Dashlet contained an HTML3D panel.
Panels – Knowledge Graph, Lifecycle Graph
The “Copy as Image” and “Save as Image” operations failed for the Knowledge Graph and Lifecycle Graph panels.
Panels – Lists
When the Highlight option was enabled, clicking anywhere inside the panel would cause the selection to be cleared.
Download
Where to download from
BETA LM Toolkit and all the supported versions of the software of BETA CAE Systems are now available from Cadence.
To access the Cadence Downloads and the Cadence Support (ASK) portals you are required to first create your CadenceID, if you do not already have one.
What to download
- Login to Cadence Downloads using your CadenceID.
- Follow the options ANSAEPILYSISMETA 2025.2, Release Version ANSA EPILYSIS META 2025.2 HF1, Release Date 02-Apr-2026, select the required Operating System and get the available installers.
- The installed files should replace any pre-releases or other files of this release downloaded prior to that date.
Important
The license files that are issued by Cadence Design Systems from February 2026 require that BETA LM 7.3 is installed on the license server. All supported versions of the BETA CAE Systems software and previously released license files are compatible with BETA LM v7.3.
BETA LM Toolkit and all the supported versions of the software of BETA CAE Systems are now available from Cadence. Login to Cadence Downloads using your CadenceID. New customers can download BETA LM v7.3 directly for Windows or Linux to produce the license server identification details required for licensing and a CadenceID.
It is important that you download and deploy BETA LM v7.3, so you can renew or upgrade your license file.
About BETA CAE Systems
BETA CAE Systems is a private engineering software company committed to the development of state of the art CAE software systems that meet the requirements of all simulation disciplines. The company’s products, the ANSA pre-processor/ EPILYSIS solver and META post-processor suite, and SPDRM, the simulation-process-data-and-resources manager, hold a worldwide leading position across a range of industries, including the automotive, railway vehicles, aerospace, motorsports, chemical processes engineering, energy, electronics, heavy machinery, power tools, and biomechanics.
Committed to its mission to produce best-in-class CAE software systems, BETA CAE Systems offers products that consistently exceed expectations and provides exemplary technical support to its customers. The company’s continuously growth attest to the high level of customer satisfaction and user confidence. For more information, visit http://www.beta-cae.com.
