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How can CAD software and prototyping tools be used together to optimize product designs for storage?

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If you are an industrial designer, you know how important it is to optimize your product designs for storage. Whether you are designing furniture, appliances, toys, or any other consumer goods, you want to make sure your products can fit in different spaces, be easily transported, and use minimal materials. But how can you achieve this without compromising on functionality, aesthetics, or quality? One way is to use CAD software and prototyping tools together to create and test your designs before manufacturing. In this article, we will show you how you can use these tools to optimize your product designs for storage in four steps.

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1 Step 1: Define your storage criteria

The first step is to define your storage criteria for your product design. This means you need to identify the dimensions, weight, shape, and packaging of your product, as well as the target market, distribution channels, and storage environments. You can use CAD software to create a 3D model of your product and adjust its parameters according to your criteria. You can also use CAD software to simulate how your product will fit in different spaces, such as shelves, containers, or boxes. This will help you to optimize your product design for storage efficiency and convenience.

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Alex Barney

Industrial Design Contractor | Charity Founder
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From my background doing vehicle racking systems - know your market. Unless you are simply doing an empty drawer and not concerned about the users intent, then predict what is going to be stored in the product and ensure you tailor it to fit the needs of your client. If you are doing storage for mechanical parts/ camera accessories/ electrical equipment/ etc - break it down - use space wisely and this can provide accurate information for FEA strengths/ weaknesses whilst also giving a product experience to the final user

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2 Step 2: Generate design alternatives

The second step is to generate design alternatives for your product design. This means you need to explore different ways to improve your product design for storage, such as folding, nesting, stacking, modularizing, or reducing. You can use CAD software to create multiple versions of your product design and compare them based on your storage criteria. You can also use CAD software to analyze the material usage, cost, and environmental impact of your design alternatives. This will help you to optimize your product design for storage sustainability and profitability.

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3 Step 3: Prototype and test your design

The third step is to prototype and test your design alternatives. This means you need to create physical models of your product design and evaluate them based on your storage criteria. You can use prototyping tools, such as 3D printers, laser cutters, or CNC machines, to produce your prototypes quickly and accurately. You can also use prototyping tools, such as sensors, cameras, or software, to measure and record the performance, durability, and usability of your prototypes. This will help you to optimize your product design for storage functionality and quality.

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Alex Barney

Industrial Design Contractor | Charity Founder
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Rapid-prototype is one of the best ways to have enough durability and speed to iterate & test your ideas. Foam model is wonderful but if you want to test your design - in this case for storage - pick the materials that will last long enough to try it out and get a real feel for your design intent. Select prototyping materials that closely resemble the intended final product. This helps in obtaining accurate feedback during testing. If adjustments are required, go back to the CAD software to make changes and repeat the prototyping process until you achieve an optimised design.

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4 Step 4: Iterate and refine your design

The fourth step is to iterate and refine your design based on the feedback from your prototyping and testing. This means you need to modify your product design according to the results and insights from your evaluation. You can use CAD software and prototyping tools together to make changes and improvements to your product design and repeat the process until you achieve your desired outcome. You can also use CAD software and prototyping tools together to document and communicate your product design and its storage benefits. This will help you to optimize your product design for storage aesthetics and appeal.

Using CAD software and prototyping tools together can help you optimize your product designs for storage in various ways. You can use these tools to define, generate, prototype, test, iterate, and refine your product designs according to your storage criteria. This will help you to create products that are efficient, convenient, sustainable, profitable, functional, quality, and attractive for storage.

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Alex Barney

Industrial Design Contractor | Charity Founder
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You print your design using a 3D printer or any prototyping wizardry you prefer. Got that physical prototype in hand? Great! Test it rigorously – check the fit, the feel, and how it handles real-world challenges. If something's off, head back to CAD, tweak your design, rinse, and repeat. The iterative loop is your best friend here. It's like sculpting – chip away, refine, and soon you've got a design that's not just cool but practical, optimised for storage, and ready to go to the market

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5 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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Filmy Cheng

Optomechatronic Engineer | Photonics, Optics, Optomechanics & Optoelectronics | Automation & Precision Instrumentation | Multiphysics Simulation & Engineering Analytics | Hardware-Software Systems Integration
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Fundamentally, optimizing product design is best achieved through software prototypes and simulations. In my experience, I refrain from manufacturing physical parts unless they are in excellent condition, as trial and error in this process can be time-consuming and costly. The rule of thumb is to adhere to the foundational aspects of the product you aim to design. Apply the knowledge and experience, particularly in engineering, to iteratively refine and optimize the design efficiently.

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How can CAD software and prototyping tools be used together to optimize product designs for storage?

1

2

3

4

5

1 Step 1: Define your storage criteria

2 Step 2: Generate design alternatives

3 Step 3: Prototype and test your design

4 Step 4: Iterate and refine your design

5 Here’s what else to consider

Industrial Design

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How can CAD software and prototyping tools be used together to optimize product designs for storage?

1

2

3

4

5

1 Step 1: Define your storage criteria

2 Step 2: Generate design alternatives

3 Step 3: Prototype and test your design

4 Step 4: Iterate and refine your design

5 Here’s what else to consider

Industrial Design

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