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Finite element analysis (FEA) is the simulation that allows for testing the reaction of a product to forces such as fluid flow, heat, and vibration. The process involves subdividing a large problem into smaller, simpler parts called finite elements.
The COVID-19 crisis, which has been labeled a “black swan” event for the manufacturing industry, has caused supply chain disruptions impacting the entire value chain. The impact of COVID-19 on manufacturing is becoming clearer with each passing day. Because of these disruptions, the prices of goods have increased substantially across the globe. Companies are struggling …
How Manufacturers Are Responding to the Coronavirus Challenge? Read More »
Every part of the product development process should be designed to increase your odds of success. And it’s no different when you’re ready to make the jump from prototypes to product launches. Here are some questions to consider before taking the plunge with the product launch.
Organizations begin with a concept before developing a product or service. They will create a 3D prototype of the idea to see if it will be successful or not. It’s a fundamental method that can help designers turn a concept into an actual thing.
Manufacturing companies generally fall into two categories: consumer goods or industrial goods. Consumer-goods manufacturers generally make products that the average person regularly uses, while industrial-goods manufacturers generally make products that other entities use in their production processes. No matter what type of manufacturer you are, your business needs to be aware of all of the …
For most manufacturers, the business environment has been fraught with uncertainty over the last several years. The Great Recession between 2007 and 2009 was the worst economic crisis since the Great Depression of 1929. It was also a leadership test for manufacturing companies, which experienced a massive decline in demand, significant disruption of supply chains, loss of …
Manufacturing Leadership Traits to Overcome a Crisis Read More »
Injection molding is a manufacturing process that produces consistent, high-quality parts from thermoplastic and thermosetting plastic materials. These types of plastics are melted and injected by a machine into a mold where they cool and harden to the mold’s shape. The products produced can vary in size, complexity, and application. These materials are designed to …
Rapid prototyping is becoming the new standard in the design and development of products, offering several benefits to manufacturers and businesses. With the help of rapid prototyping, you can also create an effective business strategy. This is because your stakeholders will get a chance to see what the final product will look like before you even …
Finite element analysis, or FEA for short, is a useful computerized system that is used in the field of structural analysis. It can be used to analyze nearly any structure, from bridges and buildings to complicated machines and engine parts. It is commonly used in such fields as computational fluid dynamics, structural mechanics, electromagnetic modeling, …
Injection molding prototypes are both a science and art to create. For bulk production of unique parts, high levels of technical competence and attention to detail are necessary to avoid little mistakes costing organizations a lot of money.
Injection molding is a production technique that enables the large-scale production of items. Integrating molten materials into a mold is how it works. It’s usually used to make thousands of identical things as part of a large production process. Metals, glasses, elastomers, and confections are among the materials used in injection molding, but thermoplastic and …
Finite element analysis is a method of modeling the stresses on an engineering design quantitatively. Engineers can use FEA to solve any physics problem that can be quantitatively modeled. Fluid dynamics, heat transfer, and structural analysis are all included.
