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 3DTransVidia is offered as a standalone software product and libraries with documented API for integration with third-party software applications.
3DTransVidia is designed to repair 3D models created in different CAD systems. The repair process is automatic and can be applied to most complex 3D models and assemblies. The repair is always performed within the model tolerance maintaining the original model integrity and preventing model deformations. 3DTransVidia supports both native and neutral data formats.
The repair process includes the following steps:
- data import
- tolerance control
- automatic repair and healing
- diagnostic and error classification
- manual repair
- quality check
- data export
Supported Data Formats
Import
- CATIA V4 (.model, .exp/up to 4.2.4)
- CATIA V5 (.CATPart, CATProduct/up to R19)
- CATIA V5 PMI
- Unigraphics (.prt/up to 18, NX6)
- Unigraphics PMI
- Pro/E (up to Wildfire 4)
- Pro/E PMI
- Inventor (up to 12)
- Parasolid (up to 20)
- ACIS
- STEP
- IGES (5.x - 6.x)
- VDA-FS
- AutoForm (.af, .afm)
- STL
- VRML
- 3DTransVidia XML
Export
- CATIA V4 (.model, .exp/4.2.4)
- CATIA V5 (.CATPart, CATProduct/up to R19)
- Parasolid (up to 20)
- ACIS
- STEP
- IGES (5.x - 6.x)
- VDA-FS
- AutoForm (.af, .afm)
- STL
- VRML
- 3DTransVidia XML
 Diagnostic and Error Classification
3DTransVidia automatically classifies types of errors remaining in the model after automatic repair and suggests a most suitable manual repair workflow. Problematic places are visible in the project tree and remain there until they are fixed. The repair parts are automatically merged with the rest of the model.
Manual Repair
Manual repair has never been simpler. 3DTransVidia provides a workflow and special tools to easily and quickly repair all remaining problems. Faulty places together with their neighbors are automatically isolated from the rest of the model. The user manipulates only one small part of the model instead of the whole model or complex assembly. There are specialized repair functions for fast and easy repair of the most complex problems.
- Gap diagnostics
- Open contour diagnostics
- Surface creation
- Surface recreation
- Surface merging
- Surface trimming
- Surface splitting
- Surface fitting (gaps/overlap/eliminating)
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