Gadgets and modern devices are what makes our everyday run smoothly, as the majority of people have grown to rely on this technology. However, most people do not think twice about the things they buy and use, and what components are necessary to make these products a success.
Deconstructing your daily life can help you understand the complex processes that make your life what it is today. For example, a simple coffee machine requires nearly 50 different parts, and a common dryer requires a shocking 125 parts. These household items may seem like a given for many, but for industrial engineers and designers, they are their livelihood. These people spend their days designing and perfecting these products, spending countless hours selecting and finding the right part for the job.
There are several current methods that these engineers use to collect component data for parts and designs. Everyday products are a blend of components that manufacturers both make and buy, diversifying the process for creating common appliances. The first method is the DIY method, offering the engineers preferred format for part information. However, this method can be time-consuming and opens the door for errors and user-generated inaccuracies. There is also the option to request manufacturer data or download user-generated resources to conjure a part. While these options are more advanced, they still limit brand selection and include the risk of including uncertified parts.
Because of these shortcomings, downloading data from a component search engine has quickly become one of the most popular and practical methods in recent years. Stemming from a search for a better way to find standardized parts, a component-specific search engine has become many engineers’ preferred method.
New component-specific search engines can change the game for finding the exact part needed for the job. This has been a necessary development in the industry due to the sheer volume of variations of each part type that exist. For example, the cylinder boasts nearly 300,000 parts from almost 500 catalogs. The standard bearing has over 360,000 variations, and the connector has nearly 800,000 variations across almost 900 catalogs. With this level of abundance, specificity is a must when choosing a part.
This is where these search engines come into play, allowing engineers to search and filter through several attributes to determine the right piece for the job. Some of the most common filters found on these engines are part number, keyword, manufacturer, sketch, geometric similarity, and geometric comparison. Some engines even have the capability to analyze photo data to find the part based on a physical product. Whether an engineer knows all of this information or only one small piece of data about a part, these powerful filtering tools can narrow down the search immensely, saving time, energy and precious resources.
The possibilities and benefits of regularly using a part-specific search engine are truly endless. Studies have shown that the process of part discovery has been reduced since the implementation of this technology, and product cost has been reduced. Most shockingly, industry professionals have reported saving precious time and resources per engineer in effort and output costs. The benefits are beyond measurable, showing the need and importance of innovation in engineering fields.
The world is always evolving, forcing professionals to adapt and adopt the most streamlined and efficient processes. With the help of part-specific search engines, engineers and designers alike can revolutionize their everyday workload, reclaiming precious time and effort that was once dedicated to the most tedious aspects of their profession.
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Published by: Holy Minoza
