Machine Tools How They Have Developed Over Time and How to Keep Them Working

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Human will and ingenuity have birthed some incredible feats of architecture, technology, and mechanization. As we continue to develop newer, more efficient technology we gain the capacity to make even more detailed, durable, and intricate pieces that can be used in thousands of applications — all of this is thanks in part to machine tools which allow us to craft, shape, and mold raw materials to our liking. Understanding the technological depth and the history behind these tools can help us gain a greater appreciation for the products they make and the ingenuity behind them.

The Development of Modern Machine Tools

The first machine tools ever made were handcrafted around 1,200 BC in Egypt and Mesopotamia — these likely took the form of bow drills or pottery wheels. By their definition, a machine tool can be broadly categorized as a device that is capable of removing material from a piece for functionary purposes; the lathe is one of the best examples of a machine tool and has been used throughout history to make candle sticks, musical instruments, table legs, and gun barrels among other items. It was not until the Industrial Revolution in England when lathes started to be powered by water wheels or steam engines instead of manual cranking. In fact, the water powered boring mill was actually invented by John Wilkinson to bore the perfect cylinders needed for James Watt to invent the steam engine. One could even say that the development of machine tools was essential to the development of modern society and technology.

Caring for Your Machine Tools

Given the intricate nature of modern machine tools, it only seems natural that they ought to have continued maintenance in order to ensure the longevity and precision that they are known for. Parts that regularly rub together on a machine tool ought to be well lubricated at all times to avoid damage caused by constant friction — likewise operators should ensure that the gear box spindle’s oil level are continually in the safe line. Lathes ought to have their drive belts checked regularly for tension and consistency in order to ensure that the lathe will continue working well; the gibs on a lathe should also be adjusted to avoid damage and unnecessary friction that could result in costly precision machine repairs. Ensuring that your machine tools are cleaned and regularly wiped down can help stave off the need for repairs from professional machine shop and engineering services. Unfortunately, even the most cared for machines are prone to break down eventually; having reliable machine shop and engineering services regularly inspect your machine tools can keep employees safe and machine tools running better for longer.

The Need for Machine Tool Repair Services

There are typically a number of telltale signs that your machine tool may be in need of professional maintenance or repair. Whenever unusual noises are heard the machine should be turned off and inspected by machine shop and engineering services; continued use of a noisy machine can end up causing extra damage that will result in more expensive repairs. In some cases the cost of rebuilding tools might even exceed the cost of a replacement machine; hopefully regular cleaning and maintenance schedules can prevent this from happening. By following a tight maintenance schedule and ensuring that your machines are well cared for, you can help ensure that your machine tools will be around to craft the next progressive step towards human ingenuity.

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