Design Stackable Industrial MS Containers

@miskinarati

Hi there, I can design your stackable industrial MS containers with a focus on structural strength, safe stacking, manufacturability, and practical fabrication. I can provide: Detailed 3D CAD model and assembly MS sheet/thickness and structural member selection Stackability and load-path consideration Welded joint and connection detailing 2D manufacturing drawings with dimensions, BOM and weld details Basic structural/FEA validation for stacking and lifting loads I have 7+ years of experience in mechanical design, FEA, structural analysis, and industrial engineering using SolidWorks/ANSYS. Please share the container dimensions, payload/stacking load, lifting method, and required number of containers in the stack so I can define the design approach. Timeline and budget can be finalized after discussing the complete scope. Best regards, Arati M.

@CHIRAG1190

I have over a decade of hands-on experience in the industry, specializing in product design and development across a wide range of sectors including heavy-duty industrial components. I am no stranger to designing and implementing complex manufacturing solutions that adhere strictly to load specifications while maximizing efficiency. In your case, I would leverage on my proficiency with Solidworks, Creo, AutoCAD, and Autodesk Inventor - to engineer the 3D CAD models you need. My track record as a design consultant spans projects for clients from across the globe - some as challenging as yours. Stackability is crucial in this project and I assure you that it will be one of my key priorities during the entire design process. We will make use of interlocking feet or any other stabilizing feature that ensure optimum balance without adding excessive weight or complexity. In conclusion, my interdisciplinary skillset has equipped me with the versatility to navigate through various fabrication techniques, materials like mild steel (MS) you need for this projects are part of my daily toolkit. With my meticulous approach to work and appreciation for stringent specifications like yours, I am confident in my ability to execute this project successfully. I eagerly anticipate the opportunity to share real examples from my portfolio which demonstrate my capability to deliver exactly what you need.

@mahmoudralizadeh

Hello, Your project requires more than just 3D modelling—the main challenge is developing a practical load-bearing structure with safe stacking, reliable weld connections, and workshop-ready documentation. I can develop both containers in SolidWorks, including the removable cage for Container 1, the low-profile tray for Container 2, and a suitable interlocking/stacking system that keeps the units stable when empty or loaded. The deliverables would include: - SolidWorks 3D parts and assemblies + STEP files - Fabrication-ready 2D drawings with dimensions and weld symbols - Mild-steel material specifications and powder-coating requirements - BOM with hardware and finish details - Structural calculations / FEA checks for critical load-bearing areas - Stackability verification through the CAD model and structural checks - Final PDF drawings and native CAD files Before starting, I would like to clarify one critical specification: does the stated 1,000-ton rated load mean 1,000 metric tons, or is it 1,000 kg (1 ton)? Also, how is the load expected to be distributed inside the containers, and what loading condition should be considered when they are stacked? This information is essential for correctly sizing the frame, floor, supports, welds, and stacking interfaces. If you can provide any existing sketches, reference containers, loading conditions, or previous designs, I can use them to establish the design basis before modelling.

@RadeME

Hello, I am a mechanical engineer based in Belgrade, Serbia, with over nine years of experience in mechanical design and product development, primarily using SolidWorks. I have worked on a wide range of industrial projects, including heavy-duty equipment, steel structures, industrial conveyors, and custom machinery. My experience includes 3D modeling, mechanical assemblies, fabrication drawings, material selection, and preparing complete technical documentation for manufacturing. After reviewing your requirements, I believe I can help you develop both containers, focusing on structural reliability, safe stacking, ease of handling, and practical manufacturing. I can provide detailed 3D CAD models, fabrication-ready 2D drawings, and a complete bill of materials. Regarding the 1,000-ton load capacity, I would first like to clarify the actual loading conditions, load distribution, and stacking configuration to ensure that the design and structural calculations are based on realistic operating requirements. You are welcome to review my portfolio, which includes projects from various industrial sectors. If you have any additional sketches, reference images, or technical requirements, I would be glad to review them and discuss the next steps.

@masoodak

Hello, I am an experienced Mechanical Designer with 13 years of professional experience in Autodesk Inventor and AutoCAD. I specialize in 3D mechanical modeling, steel structures, fabrication-ready drawings, assemblies, and industrial equipment design. I can support the design of both mild-steel stackable containers, including: * Accurate 3D CAD models in Autodesk Inventor * Container 1 with removable cage and access for cleaning * Container 2 as a low-profile open-top tray * Heavy-duty interlocking feet/stacking features * Stackability considerations for loaded and empty conditions * Welded MS construction with practical fabrication details * Detailed 2D fabrication drawings with weld symbols * Material specifications and powder-coating notes * Complete BOM with hardware and finish details * STEP and PDF deliverables * Design review for strength, rigidity and load paths I can develop the complete production-ready CAD and fabrication drawing package based on your dimensions, load requirements and manufacturing method. For the structural calculations/FEA, I can prepare the required design model and calculation inputs/results based on the confirmed loading, material grades, section sizes and boundary conditions. I am available for this work and can start promptly. Kindly discuss the Timeline & Budget in chat. Best regards, Mechanical Designer Autodesk Inventor Expert

@toluwase262

Hi I will develop fabrication-ready 3D and 2D designs for your two mild-steel, powder-coated containers, including stackable interlocking features, structural calculations, and a complete BOM. I understand the design must cover the removable cage, low-profile tray, exact overall dimensions, stacking stability, weld details, material specifications, coating requirements, and workshop-ready drawings. What you’ll get: • STEP/SolidWorks 3D models • Fabrication-ready 2D drawings with weld symbols • Structural calculations/FEA documentation for the specified load • Stackability verification • Detailed BOM with steel, hardware, and coating specifications • PDF and native CAD deliverables One critical point I would confirm before design: the stated 1,000-ton load rating appears exceptionally high for containers of these dimensions, so I would verify the intended capacity and design load before proceeding. I’m an experienced freelancer and I’ve completed similar CAD, fabrication drawing, and structural design projects with 5⭐ feedback for accuracy and delivery. Timeline: 3 days Rate: 3,500 INR Please send me a message so we can get started immediately.