Industrial Design Prototyping
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  • Industrial Design Prototyping

Industrial Design Prototyping

As the pace of product design for industry increases, designers are pushing ahead with the bridge between concept and production in the fastest time possible.

Industrial design prototyping engages you in a manufacturable environment to translate designed products into physical prototypes and production readiness for exhibition, presentation and market research, and for accurately communicating design intent, usability, materiality and mechanical performance to manufacturers and product engineers.

INDUSTRIAL PRODUCT DESIGN & PROTOTYPE DESIGN

What Is Industrial Product Design?

Industrial product design combines creative design, science, engineering and business studies to create the way the end user will interact with and experience a product. Industrial designers utilizes problem-solving innovation to develop and create products. As new technologies and tools are developed to assist the design process, increasingly intuitive 3D CAD modeling and rendering software have allowed designers to create and define their design.

What Is Industrial Prototype Design?

Industrial prototype design can be summarized as the first step toward taking the ideas and concepts laid out in product design and making them tangible. Prototype design is more involved with solving the problems of manufacturability, production efficiency, material viability, quality assurance and more. The practice of validating ideas through physical prototyping will always be a crucial step within the creative process for industrial designers.

Prototyping Is Essential for Good Design

A well-known views, good product design and industrial prototype design should always be focused on end users first, ensuring the best possible experience with their products.

Based on this, seasoned designers always transition between concept design, 3D CAD modeling and prototyping to validate their ideas. This back and forth conversation between design and prototype creates an iterative process where each tool reveals new opportunities and problems to explore and further refine.

For industrial designers, product design prototyping is always a crucial step within the creative process to help you better understand the user experience. This works both externally - presenting to clients and stakeholders - and internally - in collaborating more deeply with your team, or rallying them to support a new idea.

Seeking Help from Professional Prototyping

In the business of designing new and innovative products, it is a good idea to seek professional help from a company that has proven experience in prototyping and manufacturing technologies.

WayKen has developed an unsurpassed reputation by producing high-quality product design prototype on time. We has the capacity and expertise to meet all your stringent design needs. From the initial concept prototype and visual presentation models to complex design functional prototypes, as well as challenging high-tolerance machined parts, we are able to support at all levels.

In fact, many of our prototype engineers and project managers have extensive backgrounds in industrial design that allow us to fully realize all of your design requirements and provide you with specialized prototyping services.

APPLICATION OF PROTOTYPES IN INDUSTRIAL DESIGN

We always prototype, and advise designers to do the same, because these advantages are well worth the extra time and effort. To better understand the application and advantages of prototyping in industrial design, let's move on to how prototypes improve collaboration, design, and usability testing.

Design Discussion

It is very important to discuss during product designing. Visualization is a significant part for design expression, and it is also the basic for design discussion. During design idea generation stage, from initial 2D sketch design expression to later detail discussion, prototypes will act as a specified discussing object that makes the detail more clear and the visual more real. Obviously it has irreplaceable advantage in communication and collaboration of the entire team.

Design Optimizing

As for design optimizing, the automotive industry is a great example. Automotive designers define proportions by creating full-scale prototypes in the form of clay modeling. This intuitively reflects designer's idea from concept to real object, and provides deliberated basis in the stage of concept design. Later reverse engineering techniques will be used for scanning the model to get the arguments and to perfect the design. Prototype design will be used to ensure the form design so that design efficiency could be greatly improved by such design processes.

Design Evaluation

The purpose of the design evaluation is to obtain rapid feedback on the usability of product design prototypes. Being quick and efficient allows you to move rapidly from creating a prototype, to putting it out to test it, to gathering feedback, and finally to creating a new and improved iteration of your design.

In general, you need to build accurate presentation models or precision functional prototypes for testing and evaluation process. By testing such as ergonomics, dimensional tolerances, form fit and function and potential costs, it will ensure that your design meets your expectations, design specifications, manufacturability and industry standards.

Design Verification

Prototyping and low-volume manufacturing are key steps in engineering and design validation. They help you extend your proof-of-concept model to high-quality engineering prototypes and pre-production samples that simulate the final product, and guide mass production through a series of validation phases.

This stage of the test will verify whether the design meets the expected product specifications and performance. It includes basic functional testing, manufacturing processes, performance parametric measurements and certification standards verification.

Industrial Design Prototyping Gallery