Table of contents
- 1. Overlapping or Intersecting Members
- 2. Incorrect or Unstable Connections
- 3. Model Becomes Slow or Unresponsive
- 4. Wrong Numbering or Duplicate Part Marks
- 5. Difficulty in Customizing Templates and Reports
- 6. Generating Clean, Accurate GA and Shop Drawings
- 7. Managing Revisions and Design Changes
- 8. Inaccurate or Incomplete Material Data
- 9. Difficulty in Learning UI and Shortcuts
- 10. File Corruption or Model Loss
- 11. Collaboration Issues in Multi-User Environment
- 12. Errors in Exporting CNC or IFC Files
- 13. Software Incompatibility with Other BIM Platforms
- 14. Managing Fabrication Tolerances
- 15. Lack of Standardization Across Projects
- Conclusion
Introduction
Tekla Structures has revolutionized the steel detailing and construction industry by enabling detailed, constructible 3D models. But like any powerful BIM software, Tekla has its learning curve. Whether you’re just getting started or managing large-scale fabrication workflows, encountering challenges in Tekla is inevitable.
This blog identifies the most common challenges in Tekla steel 3D modelling and provides actionable solutions to overcome them. From modelling errors and performance issues to connection conflicts and drawing generation, we’ll walk through how to improve accuracy, boost productivity, and streamline collaboration.
1. Overlapping or Intersecting Members
Problem: Overlapping beams or braces lead to incorrect lengths, bolt clashes, and fabrication issues.
Solution: Use clash checks, snap points, construction lines, and enable AutoCut for components.
2. Incorrect or Unstable Connections
Problem: Wrong connection types or misapplied components cause missing bolts and detailing issues.
Solution: Use parametric connections from the component catalog and save custom connections for reuse.
3. Model Becomes Slow or Unresponsive
Problem: Large models slow down Tekla performance, affecting productivity.
Solution: Use filters, turn off unnecessary items, and compress the model regularly.
4. Wrong Numbering or Duplicate Part Marks
Problem: Skipped or duplicate part marks lead to fabrication and BOM errors.
Solution: Perform numbering consistently and assign clear part mark series.
5. Difficulty in Customizing Templates and Reports
Problem: Struggling with drawing title blocks and report formats.
Solution: Use the Template and Report Editors and modify existing templates instead of starting fresh.
6. Generating Clean, Accurate GA and Shop Drawings
Problem: Drawing views may show wrong dimensions or unclear connection details.
Solution: Use drawing filters, set proper view depths, and establish standardized drawing attributes.
7. Managing Revisions and Design Changes
Problem: Late-stage design changes can lead to inconsistencies.
Solution: Track changes with revision clouds, model history, and use Trimble Connect for version control.
8. Inaccurate or Incomplete Material Data
Problem: Missing or incorrect material specifications cause BOM and fabrication errors.
Solution: Assign materials during modelling and use validated profiles from catalogs.
9. Difficulty in Learning UI and Shortcuts
Problem: Tekla’s interface can be overwhelming to new users.
Solution: Start with beginner tutorials, customize toolbars, and learn shortcuts gradually.
10. File Corruption or Model Loss
Problem: File crashes or loss due to power failures or system issues.
Solution: Use AutoSave, cloud backups, and the Diagnose & Repair tool.
11. Collaboration Issues in Multi-User Environment
Problem: Users overwrite each other’s changes in a shared model.
Solution: Use Tekla Multi-User mode correctly and establish modelling zones and sync policies.
12. Errors in Exporting CNC or IFC Files
Problem: IFC or DSTV exports may contain missing parts or formatting errors.
Solution: Check export settings, use preview tools, and run validation before sharing files.
13. Software Incompatibility with Other BIM Platforms
Problem: Tekla files don’t align with Revit or other architectural models.
Solution: Use IFC standards, reference models, and proper mapping settings.
14. Managing Fabrication Tolerances
Problem: Tekla models lack shop-ready tolerances and handling allowances.
Solution: Consult fabricators, use weld prep components, and apply fabrication metadata to parts.
15. Lack of Standardization Across Projects
Problem: Inconsistent templates, part naming, and workflows slow down project delivery.
Solution: Create project startup templates, enforce naming conventions, and centralize standards.
Conclusion
Even the most experienced Tekla users face challenges during 3D modelling and detailing. But with careful planning, regular validation, and adherence to best practices, most issues can be avoided or swiftly resolved.
Whether you're managing large fabrication models or just learning the ropes, Tekla becomes more powerful when challenges are turned into learning opportunities. Over time, you'll find your workflow improving in both accuracy and efficiency.
Contact us today to learn how our Tekla steel detailing services can help you model with greater precision, collaboration, and speed.
