Structure Steel Stand – SOLIDWORKS Design
This structure steel stand features a symmetrical framework constructed from rectangular hollow sections, ensuring durability and strength. Supported by four vertical legs with base plates, the design provides enhanced stability and allows for secure bolting to surfaces.
A key feature is the elevated middle section, reinforced with vertical connections, forming a stepped structure for added support. This stand is ideal for industrial applications, serving as a reliable support structure for machinery or equipment.
Designed for strength, stability, and ease of installation, this stand is a robust solution for various engineering needs. 🚀
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Step 1: Concept Development
Before starting the CAD design, define the purpose and requirements of the stand. Consider factors such as load capacity, dimensions, materials, and stability. Identify whether the stand will support machinery, industrial equipment, or other applications. Choose rectangular hollow sections (RHS) for structural strength and ease of fabrication.
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Step 2: Sketching & Initial Layout
Begin with a 2D sketch to establish the framework and ensure symmetrical design. Outline the four vertical legs, base plates, and an elevated middle section. This step helps visualize the structural arrangement and ensures that all critical dimensions align with functional requirements.
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Step 3: 3D Modeling in SOLIDWORKS
Start by creating rectangular hollow sections (RHS) using the Extrude Boss/Base feature.
Assemble the main frame with four vertical legs and base plates using Mate features.
Design the elevated middle section by adding vertical supports and ensuring proper connectivity.
Apply fillets or chamfers to remove sharp edges and improve manufacturability.
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Step 4: Structural Analysis & Optimization
To ensure the stand can withstand applied loads, conduct a Finite Element Analysis (FEA) in SOLIDWORKS:
- Apply material properties (e.g., mild steel or stainless steel).
- Define loads and constraints, such as the weight of supported equipment and bolted connections.
- Analyze stress distribution, deflection, and safety factors to optimize design parameters.
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Step 5: Base Plate Design & Mounting Considerations
Design the base plates with hole provisions for bolting to a surface. Ensure:
- Hole placements align with industry-standard anchor points.
- Adequate thickness to withstand forces without deformation.
- Consideration of welding or bolted connections based on assembly requirements.
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Step 6: Final Refinements & Assembly Check
Validate part alignments and assembly constraints in SOLIDWORKS.
Perform interference detection to prevent clashes between components.
Make necessary adjustments to dimensions, hole placements, or weld allowances.
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Step 7: Rendering & Technical Documentation
Generate high-quality renders using SOLIDWORKS Visualize for presentation.
Create detailed 2D drawings with dimensions, tolerances, and welding instructions.
Export files in STEP, IGES, or DXF formats for manufacturing or further analysis.
By following these steps, CAD designers can develop a functional, optimized, and manufacturable structural steel stand, ensuring both efficiency and reliability in industrial applications.
