Steel Bar Joists and Joist Girders

For AutoCAD 2012 – Current Version.
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Joist2K vs. Traditional Drafting:
Revolutionizing Your Steel Bar Joist Drafting Process

Steel bar joists play a crucial role in modern construction, offering robust support for roofs and floors. However, translating their intricate geometries into precise AutoCAD drawings can be a time-consuming and error-prone task. Meet Joist2K, a dedicated AutoCAD app for creating Steel Bar Joist for AutoCAD poised to transform your joist-drafting experience. In this product comparison, we’ll pit these two approaches against each other, exploring their features to help you make an informed decision for your design workflow.

The Traditional AutoCAD Approach: Precision at Your Fingertips

Manually drafting steel bar joists in AutoCAD demands a meticulous process. It involves navigating through a maze of commands, referencing technical manuals for dimensions and shapes, and performing precise calculations for each element.


  • Granular control: Exercise complete control over every aspect of the joist, from individual web components to connection details.
  • Flexibility: Leverage AutoCAD’s versatility to create custom joist shapes and profiles beyond standard offerings.
  • No additional software: If you already have AutoCAD, there’s no need for extra purchases.


  • Time-consuming: The manual process can be slow, especially for complex joists or repetitive drawings.
  • Error-prone: Miscalculations or missed details can lead to costly mistakes in construction.
  • Expertise required: Proficiency in AutoCAD and understanding steel joist specifications are essential.

Joist2K: Elevating Automation in Joist Drafting

Joist2K’s Steel Bar Joists for AutoCAD disrupts the traditional workflow by automating the creation of steel bar joist elevations, requiring just two clicks to generate accurate and detailed drawings.


  • Speed and efficiency: Drastically reduces drawing time, allowing you to focus on more strategic tasks.
  • Accuracy: Eliminates the risk of human error in calculations and dimensions.
  • Ease of use: Intuitive interface requires minimal AutoCAD knowledge or understanding of joist specifications.
  • Versatility: Offers a comprehensive library of pre-defined joist types and sizes, with options for customization.
  • Automatic annotations: Includes labels and dimensions for joist type, size, span, and bearing points.


  • Limited control: Customization options are restricted to predefined parameters compared to manual drawing.
  • Additional cost: Requires purchasing the Joist2K app, adding to your software expenses.

Choosing the Right Fit: Your Project, Your Priorities

Deciding between manual AutoCAD drafting and Joist2K’s Steel Bar Joists for AutoCAD depends on your priorities and project needs. If granular control and customization are paramount, the traditional approach might be your preferred choice. However, for those prioritizing speed, accuracy, and efficiency, Joist2K stands out as a powerful ally.

Consider these factors for an informed decision:

  • Project complexity: Joist2K excels in automating simple, repetitive joist drawings. For highly customized or unique designs, manual drafting offers more flexibility.
  • Time constraints: Tight deadlines favor Joist2K’s rapid drafting capabilities. Manual drawing demands significant time and effort.
  • Budget: If cost is a major concern, manual drafting with your existing AutoCAD license may be more economical. Yet, factor in Joist2K’s time savings and reduced error risk.

In the end, choose the approach that empowers you to create accurate and efficient steel bar joist drawings while seamlessly fitting into your workflow. Whether wielding AutoCAD’s commands or embracing Joist2K’s Steel Bar Joists for AutoCAD automation magic, conquer your next steel bar joist project with confidence!

Additional information

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Joist2K Type

2D, 3D, 2D/3D, App Support