In SOLIDWORKS every change is a sequence of clicks: find the feature, open the sketch, edit the dimension, rebuild, fix what broke, update the drawing.
CADABRA offers a different approach. Engineers can describe what they need in plain language, and the AI CAD copilot translates those instructions into operations inside SOLIDWORKS.
The engineer still controls and approves the design. CADABRA reduces the manual work required to complete it.
What is a Traditional CAD Workflow?
In a traditional CAD workflow, engineers interact directly with features, sketches, menus, dimensions, and settings.
Updating one component may require an engineer to:
- Find the correct part and feature.
- Open and edit the sketch.
- Change dimensions.
- Rebuild the model.
- Resolve errors.
- Update the assembly.
- Revise the drawing.
- Check notes and title-block information.
- Save and export the files.
Each step is straightforward. Repeating them across a part family is not.
What is CADABRA?
CADABRA is an AI CAD copilot that works as an add-in within SOLIDWORKS.
Engineers enter natural-language instructions, and CADABRA converts them into real CAD operations. It works with existing parts, assemblies, drawings, and engineering files without requiring teams to switch to another platform.
CADABRA can assist with:
- Editing dimensions and features.
- Updating parts, sketches, and assemblies.
- Creating product variations.
- Generating engineering drawings.
- Producing bills of materials.
- Sizing a fastener to a bore and inserting it from Toolbox.
- Applying company title blocks and drawing standards.
- Reusing existing models and design information.
CADABRA vs. Traditional CAD at a Glance
| Area | Traditional CAD workflow | With CADABRA |
|---|---|---|
| User input | Menus, commands, sketches, selections, and dimensions | Natural-language prompts alongside the normal CAD controls |
| Model changes | The engineer performs every operation by hand | CADABRA translates the instruction into CAD operations |
| Repetitive work | Repeated manually across parts, assemblies, and revisions | Described once per prompt, against whatever the model actually contains |
| Engineering drawings | Views, dimensions, notes, and layouts prepared manually | Drawings and related deliverables generated from prompts |
| Company standards | The engineer has to remember and apply them | Title blocks, naming rules, and standards are configured once |
| Component search | The engineer searches folders, libraries, PLM, or PDM | Fasteners are sized to the bore and taken from Toolbox. There is no PLM or PDM connector |
| Design control | The engineer keeps full responsibility | The engineer reviews every AI-executed change and keeps control |
| Software migration | Not applicable | Runs inside SOLIDWORKS, so no platform migration |
1. Natural Language vs. Manual Commands
Traditional CAD requires engineers to translate their goals into individual features and commands.
For example, modifying a bracket might involve opening a sketch, changing several dimensions, editing a hole pattern, rebuilding the model, and updating its drawing.
With CADABRA, the engineer can begin with the intended result:
Increase the bracket width to 80 millimeters, update the mounting-hole spacing, and regenerate the drawing.
CADABRA translates the request into SOLIDWORKS operations. The engineer then reviews the result and makes any specialized adjustments.
This does not remove the need for CAD knowledge. You still have to know that 80 mm is the right width.
2. Repetitive Modeling Tasks
Mechanical engineers often repeat similar tasks across parts and product variations, including:
- Changing hole sizes.
- Adding fillets or chamfers.
- Updating dimensions.
- Replacing components.
- Adjusting mates.
- Creating model variations.
- Applying naming conventions.
Traditionally, each change requires a series of manual steps. CADABRA allows engineers to describe the desired changes through prompts while maintaining control over the final result.
This is especially valuable for predictable tasks that occur frequently across a product family.
3. Drawings and Documentation
Manufacturing deliverables may require views, dimensions, tolerances, notes, bills of materials, title blocks, and revision information.
Preparing these items manually can take considerable time, especially when a model changes late in the development process.
CADABRA generates dimensioned drawings and BOMs on the standards you configured: your title blocks, sheet sizes and naming conventions.
A qualified engineer must still review the final deliverables to confirm that dimensions, tolerances, materials, and manufacturing requirements are correct.
4. Finding Existing Engineering Data
Many organizations already have large libraries of approved components, previous designs, and standard parts.
Engineers may need to search shared drives, project folders, supplier catalogs, PLM systems, and PDM systems.
CADABRA does not read them. There is no PLM, PDM or supplier-catalogue connector, and nothing places a library part into your assembly for you. The exception is fasteners: name a company part and CADABRA sizes it to the measured bore, falling back to your SOLIDWORKS Toolbox, then to a screw it models itself.
5. Applying Company Standards
Engineering teams rely on internal standards such as:
- Drawing templates.
- Title blocks.
- File-naming rules.
- Approved components.
- Standard notes.
- Design requirements.
Applying these standards manually depends on employees remembering the correct process. CADABRA allows organizations to configure standards directly into the workflow, helping teams produce more consistent results.
Does CADABRA Replace Traditional CAD?
CADABRA does not replace SOLIDWORKS. It works inside the existing CAD environment.
Engineers can continue using traditional modeling tools whenever detailed manual control is necessary. CADABRA adds another way to complete repetitive and clearly defined operations.
A typical workflow may look like this:
- The engineer defines the design intent.
- CADABRA performs applicable CAD operations.
- The engineer reviews the model and documentation.
- Manual adjustments are made when needed.
- The final design is validated and approved.
This combines the precision of traditional CAD with the speed of AI-assisted execution.
When Should You Use Each Workflow?
Traditional CAD remains important for creative exploration, specialized feature strategies, unusual geometry, complex troubleshooting, and tasks requiring precise manual control.
CADABRA provides the most value when:
- The same operations are repeated frequently.
- Drawings require substantial manual updating.
- Teams create many product variations.
- Company standards must be applied consistently.
- Existing components are difficult to locate.
- Documentation slows down project delivery.
The strongest opportunities for automation are tasks that are predictable, time-consuming, and based on clear rules.
A More Efficient CAD Workflow
Traditional CAD requires engineers to translate each design decision into a sequence of manual software commands.
CADABRA allows engineers to communicate their intent more directly and convert prompts into real SOLIDWORKS operations. Engineers still define requirements, evaluate tradeoffs, verify results, and approve final deliverables.
The difference is that they can spend less time operating CAD software and more time making engineering decisions.
Bring a SOLIDWORKS file and see how CADABRA can turn a prompt into real model changes and production-ready deliverables.