3D Structural Steel Modeling
Model beams, columns, braces and assemblies to approved grids, levels, member sizes and project-defined detailing conventions.
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Serving USA, UK, Canada, Australia and Europe
3D steel modeling / fabrication documentation
Support structural steel fabrication and erection coordination with model-based detailing workflows and clear drawing packages. Our StruCAD-focused service scope covers members, connections, assemblies, marks and project-specific documentation based on issued design requirements.
Representative steel model illustration; actual details follow project design and fabrication criteria.
Scope of service
Project teams need traceable geometry, member identification and consistent outputs. The scope is agreed around the client's modeling environment, issued drawings, connection information and required deliverable formats.
Model beams, columns, braces and assemblies to approved grids, levels, member sizes and project-defined detailing conventions.
Prepare individual component details showing member marks, lengths, profiles, holes, cut geometry and fabrication notes from authorized inputs.
Document plates, cleats, stiffeners, connection components and assembly relationships according to approved connection requirements.
Develop framing plans, elevations, sections, grid references, member positioning and erection identification for coordinated review.
Compile model-linked material lists, part counts, bolt information and drawing registers to the project's specified schedule format.
Review member identifiers, drawing completeness and interface queries, then incorporate authorized changes with clear revision tracking.
Typical deliverables
File formats and model access depend on the agreed software versions, project scope and export capabilities.
Delivery method
Model consistency and documented engineering queries are central to a controlled detailing process.
Review current design information, required software environment, drawing standards and open questions.
Populate the 3D model with member geometry, marks, assemblies and approved connection representations.
Check model consistency, drawing references and completeness; raise unresolved design issues for direction.
Provide agreed drawing and schedule files, record review feedback and update approved revisions.
Important distinction
StruCAD drawings and models communicate fabrication information; they do not independently establish member capacity, connection adequacy or approval for fabrication.
The engineer of record and other authorized project parties retain responsibility for engineering calculations, connection design decisions, code compliance, professional stamping and final drawing acceptance. Project-specific design queries are referred for authorized resolution.
Frequently asked questions
Depending on scope, packages may include a coordinated structural steel model, member and assembly shop drawings, erection drawings, part or bolt lists, and drawing revision records.
Existing models may be reviewed and updated when the relevant source files, software-version compatibility, current design issue and authorized change instructions are available.
Typical inputs include structural plans, member schedules, steel specifications, grids, connection details, fabricator standards and the required submission formats.
No. Steel detailing is separate from engineering calculations, connection-design authorization, professional stamping and fabrication release unless those duties are explicitly assigned to appropriately qualified parties.
Discuss your detailing package
Share current structural drawings, software version, fabrication standards and your required drawing outputs so the team can assess the project scope.