I was tasked recently with cleaning out the storage room of our Bedford, Mass., office. My first thought was to throw it all away, but I thought better of that approach. I decided to see what was in those heavy boxes I had been neglecting for the past few years.
I was surprised and pleased by what I found. The history of Design News -- at least the part dating back to the mid-1950s -- was just sitting there collecting dust. I pulled the back issues out and started flipping through them. Here are some products I found in the August 1958 issue. I hope you have as much fun looking at them as I did.
Click the image below to start the slideshow.
From Zierick Mfg. Corp. of New Rochelle, NY: Seven new lock washer terminals are manufactured from 0.018-inch brass or phosphor bronze, hot tinned, with No. 4, 6, and 8 holes. Sample kits of a complete set of lock washer terminals are available on request.
It sure is interesting to me to look at some of those old things, and wonder, What Were They Thinking? Or, as often as not, Damn, That Was Clever. My antique radio and TV hobby often has me studying old circuits and their 60-year-old physical incarnations wtih the same mixture of awe and derision. We do SO much better nowadays in efficiently manufacturing some things (or at least we CAN do much better), but it's still amazing to see what engineers did back in the slide rule and pencil days.
The manufacturing is coming back in the form of custom creations in people's garages. About a year and a half ago, I spoke with a teenager in 4H. We were both training to be shooting sports instructors for the state. This young man had a complete Bio-Diesel process set up next to his parent's barn. He claimed to be making Bio-Diesel for a pre-tax cost of under $2.00 a gallon.
Listening to him discuss this, I had no reason to doubt it. There are some things that I don't think scale up well. For one thing, he didn't account for his own time costs very well, nor did he account for land cost. But even so, he was definitely on a very interesting path.
He's not alone. People are scaling downward and redesigning industrial processes to something that can be adjusted on a custom scale. We are re-growing our industry in a manner where flexibility is a major capability, and regulation is not much of a consideration.
These little pictures remind me of how many small components we need for everyday stuff that could easily be fabricated by someone in a garage...
Jenn, this is very interesting. I was just born about the timeframe you are looking at. When I was young, about ten years later, I used to avidly read trade journals my father would bring home. I still remember some of the advertising slogans.
I was espacially impressed by the number of companies mentioned from Illinois (where I am now) and Ohio. We have lost a lot of that manufacturing and it is not good.
Researchers working with additive manufacturing have said multimaterial techniques will allow industry “to fabricate materials with combinations of density, strength, and thermal expansion that do not exist [yet].”
The term "multiphysics" is used to describe the simulation of multiple types of physics and their influence on one another -- for example, the investigation of the behavior of a chemical in liquid form will involve both chemistry and fluid dynamics.
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