Resources
Overcoming the Challenges In today’s fast-paced product development environment, manufacturers face increasing pressure to bring high-quality products to market faster and more cost-effectively. Tra...
UL Certification and Why It Is Important to Plastics Part Designers! UL certification or UL Safety certification is the process of assessing the compliance of products to recognized safety requirement...
Abstract For a plastic part or assembly to perform as expected, proper consideration must be given to material selection, part design, tooling, and processing using a holistic approach. In a lot of in...
Ever-increasing demand for new products from customers is forcing OEMs to launch innovative products at record speeds. Launching a new product could mean either starting from scratch and designing som...
In a consumer driven market, fast is more than just a word. The meaning of the word has been shaped by industries of its association. To keep up with the aggressive demand, Toyota established Toyota P...
The Strategic Importance of Design Validation Global manufacturing organizations are currently navigating a convergence of intense pressures: hyper-competitive markets, rapidly shortening product life...
The mechanical engineering world is riding an AI wave. The narrative increasingly favors “probabilistic” systems— that learn from historical data and tribal knowledge to predict manufacturing fr...
Implementing Analytics in DFMPro: A Practical Framework DFMPro stands as a prominent example of a tool that can effectively integrate the full spectrum of analytics—descriptive, diagnostic, predicti...
Predictive Analytics in DFM: Anticipating “What Will Happen?” Predictive analytics represents a significant leap forward from understanding the past to forecasting the future. In the context of De...
In the world of product development and manufacturing, even small design modifications can have a substantial impact on production costs
Diagnostic Analytics in DFM: Uncovering “Why It Happened?” Building upon the insights gleaned from descriptive analytics, diagnostic analytics delves deeper into the data to understand the...
Design for Manufacturing (DFM) stands as a foundational discipline in engineering, a proactive approach that consciously guides product designs to optimize manufacturability, assembly efficiency, and ...