What is Tekla steel detailing and what does it include?
Tekla steel detailing is the process of creating detailed 3D structural steel models and fabrication-ready drawings using Tekla Structures software. It includes shop drawings for every steel member, erection drawings for site assembly, connection detail drawings, Bill of Materials reports, and CNC and DSTV fabrication files - everything a steel fabricator and erection contractor needs to build the structure correctly.
What is the difference between shop drawings and erection drawings?
Shop drawings are used by the fabrication shop to manufacture each individual steel piece - they show every dimension, hole location, cut, cope, weld, and finish specification for a single member. Erection drawings are used on site to show how all the fabricated pieces connect and are positioned in the complete structure - including member locations, sequence, anchor bolt layouts, and connection assembly instructions.
How long does a Tekla steel detailing project take?
Timeline depends on project complexity, number of steel members, LOD requirements, and the number of connection types involved. A small-scale steel frame project might be completed in 5–7 business days. A large multi-story commercial or industrial project at LOD 400 with full CNC output typically requires 15–25 business days. We provide a detailed timeline with every quote and communicate clearly at each project milestone. Rush delivery is available for urgent fabrication schedules.
What are DSTV and CNC files used for?
DSTV (Deutscher Stahlbau-Verband) and CNC files are machine-readable fabrication output files generated directly from the Tekla Structures model. They are fed into CNC cutting, drilling, punching, and plasma machines at the fabrication shop - eliminating the need for manual machine programming, removing human data-entry errors, and significantly accelerating the time from drawing approval to finished steel member ready for erection.
What is the cost of Tekla steel detailing services?
Cost depends on project scope, number of members, LOD requirements, and the deliverables required. Offshore outsourcing to our specialist team typically costs 40–60% less than maintaining an in-house Tekla detailing capability - which requires Tekla Structures licenses, hardware, and ongoing training. We provide a detailed, fixed-fee quote within 48 hours of receiving your structural drawings - with no hidden charges and no scope creep.
What LOD should I specify for my steel detailing project?
LOD 200 is used for early design coordination and structural planning. LOD 300 is the standard for multi-discipline BIM coordination and construction documentation. LOD 350 is used when full connection interfaces and trade coordination are required. LOD 400 is the fabrication standard - providing all connection details, bolt specifications, welds, CNC data, and BOM needed for shop fabrication. During consultation, we recommend the appropriate LOD for your project phase and fabrication requirements.
Can you convert our existing CAD drawings to a Tekla model?
Yes - we offer CAD to Tekla BIM conversion services. We take your existing 2D AutoCAD structural drawings and build a complete, intelligent 3D Tekla Structures model, from which shop drawings, erection drawings, BOM, and CNC output are automatically generated. This is the standard route for fabricators and contractors moving from traditional 2D drafting workflows to BIM-based steel detailing.
What is the difference between Tekla steel detailing and BIM modeling?
Tekla steel detailing is the discipline - the process of producing fabrication documentation for structural steel. BIM modeling refers specifically to the 3D intelligent model built in Tekla Structures that drives the entire documentation process. In Tekla, all shop drawings, erection drawings, BOM, and CNC files are generated from the BIM model - meaning BIM modeling and steel detailing are the same integrated workflow, not separate activities. This is what makes Tekla-based detailing more accurate and efficient than traditional 2D CAD drafting methods.