Read our blog posts about the process of producing a prototype in the manufacturing industry and how turns into the final product.
E-BI received the honor of “Top Prototype Engineering Service Company in APAC” from Manufacturing Technology Insights in March of this year. Read the feature article to learn how E-BI is “delivering unrivaled manufacturing expertise”.
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A “killer product” represents a fine-tuned solution, or a “recipe”, that better addresses a specific market need. We call it a recipe because it has to consist of the “right proportion” of all “ingredients”, such as a product’s form factors, functions, costs, and services that solve the itching needs of clients. Any out-of-proportion design will lead to product failure. Thus, the “recipe” development has become the key to success. To fine-tune the recipe, prototyping is the fastest and easiest way to start. At a minimal cost, a high-quality prototype can validate the new “recipe” from a multidimensional angle. E-BI can help to get prototypes made with global sourcing.
Continue reading “How To Accelerate The Validation Process Of A “Killer Product Recipe””
Conceptualized in the 1900’s and grown during WWII, concurrent engineering (CE) has been the most competitive operation model used by some leading industries. Since the 1980’s, the semiconductor industry has been using CE to achieve superb speed to market for both IC chips and equipment manufacturing. However, due to restrictions in both resources and operational capabilities, only a few of business in other industries are able to practice this model. From design to manufacturing has always been a major challenge – implementing this at a global scale only exacerbates the situation. With 20 years of development experience and successes, E-BI can help clients to ramp up their Global Concurrent Engineering (GCE) workflow seamlessly using its artificial intelligence based global supply chain management system (GSCM), cross-functional specialty engineering teams and Star Factory Alliance. The GCE model will not only shorten your time on proving a new product’s manufacturability during the NPI stage, but also achieve the fastest speed to market.
Continue reading “Cutting New Product Costs By Up to 80% with GCE”
DFM (design for manufacturing) is the process of designing your product with the goal of making it easy to manufacture. It is a critical manufacturing tooling design and process development step before making a brand new product. If done well, DFM will assure both quality and productivity. Here are 3 reasons why you must take DFM into account in your planning:
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