“We are different. Every job is unique.” “We cannot expect teamwork from skilled trades. Their work is too specialized.” “We must keep our people busy at all times. That’s why inventory is so ...

Discover how work cells streamline manufacturing by enhancing efficiency, reducing costs, and minimizing waste, with real-world examples of successful implementation.

The best way to reduce machining lead time is to establish a “flow” from one process to another, using cells to link, synchronize, and eliminate excessive material handling, excess inventory, and ...

Lean manufacturing isn't just a trendy concept; it's a strategic framework designed to streamline processes, slash costs and boost productivity. By minimizing waste and focusing on value-added ...

It’s a question that crops up with amazing regularity: What’s next after lean manufacturing? It’s an odd inquiry, really, because it implies that you “finish” lean or toss it aside in favor of the ...

Manufacturing continues to stand as one of the final frontiers to digital transformation. We are now a decade into Industry 4.0, and all of us can agree that it’s been an exhilarating ten years.

If you google “Buffer Management” you will get a variety of results that focus mainly on buffers used to pad time for a task in project management or a deliberate amount time built into a project ...

Waste is any effort or processes, whether in production, administration or logistics, that's unnecessary. It makes a company hemorrhage cash. In lean manufacturing, multiple value steams are unified ...

Traditional manufacturing refers to manufacturing principles focused on producing a certain set number of products each period and holding a reserve in case of unexpected demand or shortages. This ...

Lean manufacturing starts with “buy in” at the shop-floor level, by individual workers. Those who do the work need to be fully invested in the process for it to succeed. Lean manufacturing is perhaps ...