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Discover the ways Newcastle can help you refine and optimize your processes from beginning to end, including manufacturing and distribution but also subprocesses like receiving, quality assurance, and more. Detail future trends and expectations for how mobile workstations will shape operations and include noteworthy numbers from the ROI calculator.

In today’s competitive environment, your business should be working smarter, not harder. Not only are businesses competing to satisfy consumer demands, but they are also in competition to attract and retain the best workers. This requires that your business find a way to become more efficient without placing unreasonable expectations on workers.

“Quality is Everyone’s Responsibility”

Edward Deming, considered to be a “God” in the eyes of the Japanese business community for his influence on their manufacturing sector after WWII is attributed as the source of the now somewhat obvious quote above. His philosophy was one that wanted us to see manufacturing as a “system,” not a series of bits and pieces of additive work.

The rapid technological advancements and growing adoption rates of battery power are making themselves visible on a growing scale and having an impact well beyond the most familiar uses. While seeing an electric car is now commonplace, the evolution of car production is only now starting to incorporate the possibilities for manufacturing in a radically different way.

Photo by Franck V. on Unsplash

“Industry 4.0” is a term now in common use generally to describe the “fourth industrial revolution”, a term that it is used interchangeably with. But what does it mean, on a high level and specifically for what impact it might have on your business?

To get us all on the same page, let’s first go back to “Industry 1.0” and be clear about the other distinct eras of industrial revolution:

Warehouse design and management are an art form and  science unto their own. 3PLs and large retailers, in particular, have taken what was once a slow-moving, unseen part of a cost-center in the business and turned it into a highly efficient, increasingly automated, carefully measured and service-focused asset. Manufacturers, on the other hand, while being at the leading edge of automation, measurement and efficiency on the production floor, may not always apply the same level of industrial design planning and management as they would normally demand.

As it turns out, warehouse operations for a manufacturing facility have a lot of similarities as other types of businesses, but do have some requirements that are unique to their needs.

Product Development is a challenge for any business, but especially for small manufacturers. While there are reams of data and statistics out there showing you how many products fail every year, and how daunting the percentages are (and to be honest, there is a lot of disagreement on these numbers), there is relatively little mention of the challenges of coming up with your new product in the first place.

There are a lot of innovations in manufacturing getting press in recent years, but most of them relate to the improvement of productivity through process improvement – continuous improvement, supply chain management, culture and developing talent. But there is one radically innovative technology that is flying under the radar but is already poised to bring the sci-fi future into today’s factories.

Many small manufacturers get their start innovating around a single hit product but building on early success is often the hardest thing for a business to do. As Robert Glazer explains, “When you bet your company's future on just one product's explosive success, that doesn't automatically translate to long-term growth.”

The most successful manufacturers understand that resting on success can kill even the most popular businesses. A commitment to ongoing product development is the best way to ensure future relevancy. Developing additional products that align with a current area of expertise is crucial to building the brand and driving growth.

Manufacturing is a broad term that is thrown around loosely in the news and in the public domain. 

We've heard for decades about the "decline of manufacturing", but depending on how you measure it, it's not always clear there has been a decline. Frequently a decline of jobs in manufacturing is reported as implying a decline in production, but it is often a result of higher productivity that comes from more automation, improved supply chain logistics and systems. This itself can lead to a decline in employment.