To export a single profile or a specific folder branch, select the item, right-click, and choose .

Master the Tekla Structures Profile Catalog: A Complete Guide

For complex architectural profiles (extruded aluminum or light-gauge steel):

Marco clicked open the . To Lena, it had always looked like a dense spreadsheet of dry numbers: HEA300 , UB457x191x98 , CHS 168.3x7.1 . But Marco saw a toolbox.

# Create a new custom profile entry (pseudocode) from tekla import CatalogManager

Displays the profile type, code, and basic description.

The Profile Catalog defines "Weight per unit length," but the material catalog also defines "Density." Fix: Ensure Weight = Density * Cross-section area . Do not hard-code weight; let Tekla calculate it from Area and Material density.

Click "Update" to save the changes to the model folder, which updates the local profdb.bin 1.2.2. 4. Advanced: Creating Parametric and DWG Profiles For complex shapes, Tekla offers advanced tools:

: All catalog information for a specific model is stored in the profdb.bin file located in the model folder.

Click and OK , then save the changes to the model folder. Method 2: Defining a Cross Section Using a Polygon

Modify the new profile’s name and specific dimensions (e.g., flange thickness) 1.2.2.

If you are a structural engineer, detailer, or modeler, you know that the backbone of any accurate Building Information Modeling (BIM) project is the raw data that defines its components. In Trimble’s Tekla Structures, that foundational data lives in one critical place: .