subject: Large part machining: remnants of history in our everyday lives [print this page] Large part machining: remnants of history in our everyday lives
Large machining: a piece of history affecting us daily
Without machine tools, the industrial revolution would have only made a fraction of the impact we see today on industry and on society. The earliest large machines that fueled the industrial revolution enabled pioneers of the industrial world to produce the manufacturing machines needed to introduce new products to the world with a speed and volume that was, until then, unheard of.
The first large machining tool was the cylinder boring machine, and is a large machine we continue to use today with a few improvements of course. Today, boring mills and horizontal boring mills are used for line boring, push boring, and pull boring to create large machined parts for use in a number of industries for large machined parts such as pressure vessels and stainless steel tanks.
While inventors like Eli Whitney were responsible for such key large machines such as the cotton gin, Whitney and others were also contracted by the military to mass produce supplies and armaments with many of the same qualities we demand todayspeed, uniformity, and tight tolerances.
Precision large part machining: the same history, with better tools
Today, heavy machining and large capacity machining have progressed considerably, with machine shops embracing technology to produce some of the largest and most complex large part machining ever seen.
Modern large part machining has advanced to the point where state of the art technology such as CAD (computer aided design), CAM (computer assisted manufacturing), and CNC (computer numerical control) can be combined with materials like carbon steel to make some of the largest machined components that benefit us every day.
To this day, large part machining is responsible for delivering a wide range of the things we use and come into contact with. From large machined parts such as antenna masts, alloy shafts, and large parts for industrial machines, the monumental beginnings of large machining have lead to the technologies that give us the products that consistently make life easier.
From water tanks to breweries: large machined parts give us what we need
Without large capacity machining and heavy machining, products would be more expensive and innovation would be less prominent. Imagine how different the world would be if the large horizontal boring for metal shafts wasn't possible or large pressure vessels were nonexistent?
For example, large and heavy machining allows for the inexpensive and reliable existence of pressure vessels and process tanks the large steel containers responsible for containing a wide variety of materials, from chemicals and water to beer during the brewing process. Without heavy machining for products like pressure vessels, things would surely be different. We might not have some of the chemicals that make our lives different, and chances are that good fresh beer would be much more expensive. Now, are you thankful for large machining yet?
