Holding irregular and dimensionally variable shapes, accurately and securely, calls for fixturing with flexibility to match that of their four-machine cell.
Who among us hasn't whipped out their trusty box-end wrench, put it on a rusty bolt, leaned into it and stripped the threads right off? Or, even worse, snapped the bolt or stud in two. It's not only frustrating, it's humbling too.
According to Matthew Coffey, president of the National Tooling & Machining Association, the Chairman of the 3rd International Conference on Mould and Die Technology, held in Taipei, Taiwan last fall, put the world (specifically Europe and the United States) on alert that their days of dominating mold and die production are numbered.
For the non-Asian delegates to this conference, I imagine these remarks were not well received.
At this shop, workpiece blanks are generally castings and forgings. Holding irregular and dimensionally variable shapes, accurately and securely, calls for fixturing with flexibility to match that of their four-machine cell.
Perhaps it's only natural to think that as our communication tools improve, so will our communication skills. After all, we're linked globally by communication systems that, from a technological perspective, are truly magical.
In today's manufacturing environment, it's survival of the fittest. This fab shop found that an automated fabricating cell was a natural selection. Continuing this process of evolution, a new species of job shop may emerge.
I've used this column on several occasions to express concern about a general lack of understanding of the vital economic role played by manufacturing and its people. It's an unfortunate fact of our lives that most people haven't a clue where the stuff they covet comes from or how it is made.
Fast CNC processing and high-pressure coolant contribute to removing metal at dramatic rates. But what should a shop know about cutting tools in high speed machining?