Based on your request, How to Create Text on a 3D Part in CATIA (Engraving/Embossing)
This process involves utilizing the Drafting workbench to create the text, then transferring it to a Part Design sketch to make it 3D. Drafting Preparation (Create the Text): Open a new drawing file (File > New > Drawing).
Use the Text tool (in the Drafting workbench) to write your desired text, ensuring you select a font and a size (e.g., 20mm or larger). Save this drawing as a .dwg or .dxf file. Part Design (Import and 3D): Open the 3D Part (.CATPart) where the text will be applied. Go to File > Open and open the saved .dwg/.dxf file.
Copy the text from the drawing (Ctrl+C), and paste it (Ctrl+V) onto a sketch created on the desired face of your part.
Tip: Use the Scale tool in the Generative Shape Design workbench if the text is not sized correctly.
Use the Pad (emboss) or Pocket (engrave) command to create the 3D text. Managing Text Properties and Appearance
Editing Text: Double-click existing text to modify its contents, font, size, or properties.
Text Options: Right-click text and select "Properties" to customize, including "Show Value," "Show Box" (replaces text with a box), or "Hide Value" (hides text but keeps its leader).
Text with Leader: Use the annotations toolbar to create text with a leader line, often used for labeling 3D components.
3D Annotation (3DEXPERIENCE): In 3DEXPERIENCE R2022x, you can add text directly to a 3D model using the 3D Tolerancing & Annotation app. Finding and Selecting Text in Large Models
Advanced Search: Use Ctrl+F and set the criteria to: Workbench=Drafting, Type=Text, Attribute=Text String to find specific text in large drawings.
Filter Results: Use the search dialog's "Filters" tab to filter by name, color, or text type. To make this more useful, are you focusing on: Engraving text on a 3D surface (for 3D printing/molding)? Drafting annotations (on a 2D drawing)? Automating this process with scripting? Knowing this, I can provide the exact steps or macro code.
61 CATIA Beginner Tutorial: Text with Leader, Text, Parallel Text
Nipactivity is a specialized performance optimization feature recently introduced or highlighted within the
(3DEXPERIENCE) environment. It primarily focuses on streamlining the user experience by intelligently managing computational resources during complex design tasks. Overview of Nipactivity in CATIA
The core function of nipactivity is to enhance system responsiveness by dynamically identifying "active zones" within a model. Instead of the software attempting to render and process massive amounts of background data for an entire assembly or complex part, it focuses processing power strictly on the specific areas where the user is currently working. Key Benefits Reduced Resource Load
: By limiting the scope of active calculations, the software avoids unnecessary background rendering of non-essential data. Enhanced Stability
: Users may experience fewer errors, particularly within sensitive environments like , as the system is less bogged down by peripheral geometry. Workflow Efficiency
: This "active zone" focus allows for smoother manipulation of large-scale models, which is a hallmark of CATIA's usage in heavy industries like automotive and aerospace. Context within CATIA Evolution
While traditional CATIA V5 is a standalone tool, modern versions under the 3DEXPERIENCE platform
integrate these types of advanced performance roles to handle increasingly complex data. Nipactivity represents the shift toward more "intelligent" CAD systems that adapt to the designer's immediate focus rather than processing the entire dataset at once. Nipactivity Catia New
Change can be daunting, especially when your workflow is the backbone of a production line. However, the NipActivity update is a welcome evolution. It respects the complexity of modern engineering while attempting to simplify the designer's life.
If you haven't explored the new activity tracking features yet, fire up your environment and take a look. It might just change the way you model your next masterpiece.
Are you excited about the new CATIA updates? Have you used NipActivity in your workflow? Let us know in the comments below!
The latest version of CATIA has moved from a standalone tool (V5) to the 3DEXPERIENCE platform . Key recent updates include: Social Design & Collaboration: Real-time co-designing within a cloud-based environment. Generative Design:
Using algorithms to automatically generate optimized shapes based on weight and strength requirements. Systems Engineering:
Integrated cross-discipline development for complex products like electric vehicles. 2. Linking Parts (Publication)
If "nipactivity" refers to managing relationships between parts, Publication is the standard tool: Publicate:
Select an element (like a plane or curve) in your source part and use Tools > Publication Copy/Paste:
Copy the publication and "Paste Special" with a link into another part to ensure it updates automatically when the original changes. 3. Cleaning Your Model For general "activity" maintenance, use the Delete Useless Elements Tools > Delete Useless Elements
to see a list of unreferenced geometry that is slowing down your file. You can manually "Keep" certain elements or click to purge the model. Troubleshooting the Term Could "nipactivity" be one of the following? NLP Activity: Using AI to automate design tasks via natural language. KPI Activity: Monitoring design progress and performance metrics. Kinematics (DMU): If you are working on moving mechanical assemblies. Did you mean one of these, or is nipactivity a specific internal workflow
used at your company? Provide a bit more context about what you're trying to achieve, and I'll narrow it down! CATIA V5 or V6? which version to choose? - Ohmycad
The latest version is CATIA v6, which uses cloud computing and online collaboration via the 3DEXPERIENCE platform.
new CATApplication() and StartSession("Batch") first.NIPActivity in CATIA is a powerful approach to capture, standardize, and automate complex sequences of design and engineering tasks. While it requires initial investment in scripting and process definition, the resulting improvements in efficiency, consistency, and traceability make it valuable for organizations that need repeatable, scalable CAD workflows—particularly in high-volume or highly regulated industries.
pSetting -> SetLicenseLevel("MD2 Batch");| Activity Type | Description | |---------------|-------------| | Bulk Geometry Creation | Generate hundreds of similar parts (e.g., ribs, holes, patterns) based on an Excel/CSV input. | | Automated Drawing Generation | Create 2D drawings from 3D models with predefined views, dimensions, and annotations. | | Data Exchange | Convert CATPart/CATProduct to STEP, IGES, STL, or 3DXML without manual intervention. | | Parameter Updates | Modify design table parameters or formulas across multiple parts in an assembly. | | Validation & Checks | Run clash analysis, mass properties, or draft angle checks on a batch of models. | | File Export/Import | Batch export to neutral formats or import external data into CATIA structure. |
| Practice | Reason |
|----------|--------|
| Disable UI prompts | Use CATIA.DisplayFileAlerts = False and CATIA.RefreshDisplay = False |
| Use absolute paths | Relative paths may break in batch environments. |
| Implement logging | Write timestamps, warnings, and errors to a text file. |
| Release objects | Set objects = Nothing to avoid memory leaks in loops. |
| Test interactively first | Debug script in visible CATIA, then switch to non-interactive. |
| Handle missing files | Check FileExists before opening documents. |