Use the profile_map.inf file to map incoming IFC or CIS/2 profile strings to your local Tekla naming conventions automatically during integration.
Do you need help using the Sketch Editor, or are you looking to export your catalog to another environment?
Which and regional environment (e.g., US, UK, Europe) are you using?
: The primary database file containing all standard and user-defined profiles.
Tekla Structures organizes profiles into two main types, each with specific use cases: tekla structures profile catalog
Poor catalog management leads to modeling errors, broken IFC exports, and inaccurate material orders. Implementing strict database hygiene is critical for enterprise BIM teams. Global vs. Local Catalogs
Profiles whose dimensions need to change based on the model 1.2.2. 3. How to Manage the Profile Catalog
Profile Catalog Interface └── Profile Tree (Left Pane) └── Structural Types (I-profiles, L-profiles, etc.) └── Sub-types (UC, UB, HEA, HEB) └── Specific Sizes (e.g., HEA200) └── Profile Properties (Right Pane) └── General Tab (Name, Type, Weight per unit) └── Analysis Tab (Cross-sectional area, Moments of inertia, Torsional constants)
: Display profiles in a hierarchical tree based on rules (e.g., I-profiles, HEA, or custom groups). Use the profile_map
When creating new profiles, copy the most similar standard profile first to save time, as shown in this video tutorial 1.2.2.
Occurs when a model references a profile string name not present in the local profdb.bin . Resolve this by importing the .lis file from the original author.
# Create a new custom profile entry (pseudocode) from tekla import CatalogManager
The Tekla Structures Profile Catalog is more than a parts list: it is a critical nexus between design intent, structural analysis, fabrication, procurement, and project governance. Robust catalog management—combining rigorous data modeling, versioned deployment, supplier alignment, and automated validation—yields measurable reductions in fabrication error, procurement delays, and waste, while enabling advanced digital fabrication workflows. : The primary database file containing all standard
Parametric profiles are defined by a geometric shape prefix followed by a set of variable dimensions separated by cross-multiply signs (e.g., PL200*10 for a plate or RHS200*100*6 for a rectangular hollow section).
Organizes shapes hierarchically by material type (Steel, Concrete, Timber) and cross-section geometry (I-profiles, L-profiles, Tubes).
: These must be handled individually as .uel files.