Makers of manufactured goods face many challenges, including increased competition in worldwide markets; a demand for more complex products; shortened delivery times; lower production costs; higher quality and longer life products; and increased pressure from consumers for variety and options in the goods being produced. The "one style/color fits all" mentality behind the mass assembly line is no longer an accepted approach for large-scale production.
Makers of manufactured goods face many challenges, including increased competition in worldwide markets; a demand for more complex products; shortened delivery times; lower production costs; higher quality and longer life products; and increased pressure from consumers for variety and options in the goods being produced. The "one style/color fits all" mentality behind the mass assembly line is no longer an accepted approach for large-scale production. Instead, "mass customization" is now the goal of many manufacturers. Customers require a higher quality product with more functions, and usually at a lower price. In order to meet these challenges, manufacturers must look at all aspects of how they do business. To remain competitive, manufacturers must:
To meet the faster, better, cheaper mantra of today's economy, manufacturers need to look for new ideas, designs and methods, examining every aspect of production.
Technology and knowledge drive manufacturing. The industry is being continually re-invented, as companies, and even individuals, must do in order to grow and remain competitive in the global economy. Re-invention can occur in various ways, but, fundamentally, it results from incorporating improvements in manufacturing technologies.
New technologies prompt new ways of thinking about processes, systems, and manufacturing goals. That, in turn, produces a new round of innovative uses of, and improvements in, manufacturing technology. Advancements in machines and tool materials have resulted in faster production of higher-quality items. This, combined with a reduction in setups and setup times, is one component of the process that enables advanced manufacturing practices to become economically viable. Smarter machines combined in a smarter, more efficient manner help companies reduce labor requirements, inventories and plant size, while improving the production quality and reducing the rework rate.
Some of the methodologies and technologies now being introduced in manufacturing include concurrent and collaborative engineering; collaborative manufacturing; global, but localized manufacturing; design for manufacturing and assembly; lean manufacturing; rapid tooling; and functional build. Increased use of visualization technology, electronic processes and a greater process orientation is required.
Manufacturers are evolving to a digital enterprise in which the physical world is designed, implemented and monitored in a digital world. One objective is to create a paperless manufacturing environment. At this level, full electronic design, manufacturing and e-business processes are employed. At the core of a digital enterprise solution is a knowledge management capability to provide interactivity and the management of multiple applications. These application solutions include:
Manufacturing today is not your grandfather's manufacturing. Those producers that are open to new ideas are creative, capturing knowledge and incorporating advanced technologies. They must also effectively implement and alter processes as conditions change in order to have the best chance of meeting competitive pressures to thrive in the new world economy. The opportunity is there for all to grasp.blog comments powered by Disqus