Prosteel3D Web Demo
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Introducing LIMCON
Limit States Design of Steel Connections.
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Introducing ProSteel 3D - Jackets
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ProSteel 3D

Actual and model of a staircase
The fastest way to reach your goals
Automatically created connections only represent the first stage of a productive workflow. We have provided a vast number of ProSteel 3D Structural Objects giving you extraordinary opportunities to modify your structure.

Staircase tower at a mouse click

Basic dimensions of the structural object staircase
These intelligent Structural Objects can be complete features such as staircase towers and handrails with all associated components able to be modified easily.
A single dialogue allows you to control all preset dimensions, shapes, etc. In addition, they can be modified again and again even after placement.
Modification can be made via the use of Grips. Change the height of a handrail to a desired dimension - and the whole structure is rebuilt, as if by an invisible hand!

Dialogue of structural object handrail
This is just the beginning
There are already many frequently used structural objects in ProSteel 3D. Others will follow in the future - many will use the modern COM interface, allowing third parties to customise and development unique structural object systems.


Standard Connections Modifications

  • Staircase tower
  • Purlin system
  • Handrail
  • Truss/Lattice girders
  • Ladder
  • Platform round and
  • Bracing, portal frame
  • rectangular
  • Wall cladding
  • Walkway

    • 3D model of Staircase tower



    Block Management

     Logical search via filters

    Organized Standards
    management system allows you to store and process hundreds of blocks, to then insert them in your drawings. You are able to define different insertion points and alignments for each block. During insertion, they cycle through each point, one after another by using the mouse.


    Dialogue box with style of position flags

    Identification of identical parts
    Fully automatic positioning determines the position number of components by means of an efficient identification of identical parts of groups and single parts. An intelligent distribution algorithm takes care that the position flags will be arranged without collisions. You can control the rules of position flag placement during this process.


    Model ready for positioning

    Structure of position flags
    Design and content of the position flags displayed in 2D drawings can be completely controlled. Separate styles are possible for each type of component. They are stored together with preset values for distribution. As well as the standard flags, you may also use unique individual flags.

    Exploded view with position flags