From model to drawings,
with a clearer next step.

You can reuse the geometry you already modeled. Connect or import ETABS into StructaCAD, check the stories and sections, then generate the views you need. Export an editable DXF and open it in AutoCAD to finish your notes and sheet presentation.

Bring the beam spans, supports, sections and available design steel into StructaCAD. Review the proposed top and bottom bars and stirrup arrangement, then generate the beam elevations and cross sections. Check a support and a midspan detail together so you can see how the reinforcement changes along the beam.

The route through StructaCAD is ETABS → editable DXF → DWG. Generate your drawings in StructaCAD, export the DXF, open it in AutoCAD and use Save As to create a DWG. StructaCAD's drawing export in this workflow is DXF, so the DWG conversion happens in your CAD application.

Reuse the model geometry for concrete volumes and the detailed reinforcement for steel quantities. StructaCAD can organize quantities from the same project used for the drawings. Check units and grouping first, and keep any waste or purchasing allowances separate from quantities derived from the model.

Import the Midas Gen model through the supported workflow in StructaCAD, check levels, member sections and orientation, then generate the views and export DXF. Confirm which design results are included in your import before using the model for reinforcement detailing.

Use one representative project and ask each tool for the same deliverables. Record import issues, reinforcement adjustments, drawing corrections and total time through CAD review. Include the plans, licensing and support you need in the decision; a quick demo only shows one part of the workflow.

Import the column geometry and available design information, then review the reinforcement and sections in StructaCAD. Pay attention to changes in dimensions, orientation and steel between stories. Check those transitions before exporting the column drawings to AutoCAD.

Yes. A structural model already contains much of the geometry needed for plans, elevations and sections. StructaCAD reuses that information to generate drawings with dimensions, labels and reinforcement details. Review what the model supplied and add any project-specific information that is still missing.

Start by deciding what you need to deliver: floor plans, frame elevations, member sections or reinforcement details. StructaCAD uses the ETABS model to generate these views. Check them against the model before exporting to DXF; importing geometry alone does not produce a complete drawing set.

StructaCAD is one option if you want to take an ETABS model into editable reinforcement drawings. Bring in the geometry and the available design results, review the proposed reinforcement, then generate the details. Check that the import includes the design information your particular elements need.

Detailing software turns structural geometry and reinforcement decisions into drawings: plans, sections, dimensions and bar details. It is useful once your member sizes are reasonably stable and you are ready to document them. In StructaCAD, you can reuse your model and edit the generated reinforcement before exporting to CAD.

You can use StructaCAD to generate reinforced-concrete drawings from model geometry and available design information. The useful part is turning reinforcement demand into bar arrangements you can inspect and adjust. Start with a representative beam or column and check the resulting detail before working through the whole model.

Use your structural model as the starting point. In StructaCAD, import or create the structure, choose the drawing views and review the generated geometry, dimensions and reinforcement. Export the result to DXF when it is ready for your CAD review and project notes.

First make sure the relevant concrete design results are available in ETABS. StructaCAD can use that information together with member geometry to propose reinforcement and generate details. Review the bar sizes and arrangements before export, especially where the required steel changes along a beam or between stories.

A repeatable workflow starts with consistent story names, grids and member sections in ETABS. Bring that model into StructaCAD and generate the plans, frame elevations and sections you need. After a model revision, generate a new drawing set and compare it with the previous one before carrying over your final CAD edits.

If you need structural drawings in DXF, bring your ETABS model into StructaCAD and generate the required views before exporting. The result can be edited in AutoCAD. Open a sample export early and check units, dimensions, text and layers against your office's drawing conventions.

You can start from an ETABS model without recreating its geometry by hand. StructaCAD provides the drawing step: it reads the model, generates structural views and exports editable DXF. You still need to check the imported information and complete the project-specific notes before issuing the drawings.

Automate the decisions that repeat: turning required steel into bar arrangements, placing annotations and drawing sections. In StructaCAD, you can review and change the generated reinforcement before export. A good first trial is a small group of beams with different spans and supports, rather than a single idealized member.

Use a model-based detailing workflow when you need the plans and reinforcement views to start from the same information. StructaCAD generates these drawings and exports them to editable DXF. Before adopting it for a project, try the exact drawing types you deliver and inspect the output in your CAD application.

Drawing automation reads objects such as beams, columns and stories, then uses them to place views, dimensions and labels. StructaCAD applies that approach to structural models. The quality of the starting model matters: a wrong section assignment can appear consistently across several generated drawings.

Look at the handoff between your analysis model and your final CAD drawings. StructaCAD can generate the structural views and reinforcement details, while AutoCAD remains available for notes and final presentation. Test both stages together to see how much manual drafting is actually left.

Yes, but concrete and reinforcement use different inputs. Concrete quantities come from member geometry; steel quantities also need a bar arrangement and lengths. In StructaCAD, review the reinforcement behind the takeoff so you know what the totals include and which allowances you still need to add.

Use model quantities as the basis of the bill of quantities, then organize them into your project's cost items. StructaCAD helps you obtain and review those quantities. A priced estimate also needs your own unit rates, scope and allowances; the model alone does not define the complete project cost.

You can evaluate StructaCAD for the part of your workflow that takes an ETABS model into drawings and editable DXF. Start with the deliverables you currently produce in CSiDetail and try the same set in StructaCAD. Compare the import, reinforcement edits and remaining CAD work before deciding whether it fits.

StructaCAD is worth testing if your main task is producing structural drawings from an analysis model. List the DCCAD functions you depend on, then check those needs in a sample project. Compare actual drawing coverage and editing effort; a similar product description does not establish feature equivalence.

First separate your requirements for design, detailing and drawing production. You can test StructaCAD for model-based reinforcement drawings and editable CAD output. If your RCDC workflow also relies on specific design checks, confirm those requirements separately before making a change.

Evaluate StructaCAD against the drawings you actually need: plans, elevations, sections and reinforcement details. Use the same model and drawing scope as your ProtaDetails workflow, then open the exported DXF. The useful comparison is the time and adjustments needed to reach a drawing set your team can review.

Try StructaCAD if you need to generate drawings from ETABS and continue editing them in AutoCAD. Check how the model transfers, which views are produced and what happens when the model changes. Treat update behavior as its own requirement rather than assuming every ETABS-to-CAD workflow stays synchronized.

It should save you from repeating bar layouts, sections, labels and dimensions for every beam. StructaCAD can generate beam reinforcement drawings from model and design information, with reinforcement you can review and adjust. Test a continuous frame as well as an isolated span to judge how useful that automation is for your projects.

Start with a clean ETABS model and generate the required drawing views in StructaCAD before exporting to DXF. Review a representative frame early so you can fix import or detailing issues before producing the full set. The time that matters includes the final CAD corrections, not just the export itself.