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Have You Compiled Your Essential Machinelist?

Today numerous industrial enterprises contribute to the production of machine parts and special industry machinery. These entities often work in highly specific niche markets. The diversity of materials and processes fueling manufacturing around the world today has created new opportunities for an array of specialized production facilities. Have you compiled a lit of essential equipment in your field? Consider your marketplace carefully as you prepare your basic machinelist!

The Diversification of Industry

Centuries ago, before the advent of the Industrial Revolution, comparatively few machines served as basic components of manufacturing facilities. Rebuilding & repairing the key machine tools used in machine shops in the Ancient World involved comparatively low tech processes. Most societies relied upon blacksmiths and metal workers to supply weapons, armor, crude agricultural implements, and some basic household items. Metalworking during this era helped create a variety of consumer items as well as primitive machine tools for machine shops (e.g. hammers and crucibles).

Over the years, advances in technology spawned a gradual diversification of the equipment utilized in various tool making settings. It seems likely the typical machinelist recording the inventories of machine shops has grown progressively more detailed as a result of these advances. Machine development remains an ongoing and evolving field today; both the complexity and the specialization within this occupational arena have significantly increased.

A Simple Illustration

To demonstrate this point, just compare two hypothetical automotive rebuilding & repairing machine shops. One conducts business in 1915 and the other operates in 1965. The former serves mainly early motorcars of the Ford Model T variety and the latter caters to a variety of popular automobiles and trucks, including big rigs. The machinelist of the earlier enterprise would almost certainly include "engines" on the list of essential machine components and supplies in the rebuilding & repairing field. Yet by 1965, the company would need to specify "engines-gasoline" and "engines-diesel" to ensure different customers could obtain suitable replacement parts.

Fifty years after consumers gained widespread access to automotive technology, diesel engines provided a way for many truckers to remain competitive in their industry. Most drivers outside the trucking and farming industries relied on gasoline engines to power their vehicles. Diesel engines represented a less expensive alternative. The important distinction between "engines-gasoline" and "engines-diesel" reflects the diversification of the automotive industry over the course of the 1900s. By considering the impact of evolving technologies in machine tools and components markets, you'll ensure your essential machinelist remains current and useful.

Catering to The Production of Special Industry Machinery

Currently, distinctions between "engines-diesel" and "engines-gasoline" occur in numerous other contexts. The explosion of information in scientific and technical fields has given rise to new opportunities for the creation of mission-specific machine tools and machine shops. Manufacturing enterprises and industrial and transportation rebuilding & repairing companies often serve targeted niche marketplaces today. The basic machine tools required to repair some types of special industry machinery simply may not work for fixing equipment utilized in other, related projects.

For example, simply consider the staggering number of specialized mandrels utilized in the commercial marketplace today. In its most basic form, a mandrel permits a manufacturer to successfully bend tubes and other items in order to shape materials during industrial production. Yet just as a company's machinelist might need to draw a distinction between "engines-diesel" and "engines-gasoline" for the sake of accuracy, a broad description like "mandrel" won't offer much utility in most contemporary manufacturing markets. Different types of mandrels perform roles in industrial production today. These seemingly simple tools occur in a number of different forms to promote the completion of different (and sometimes highly complex and challenging) production tasks. Special industry machinery during the Information Age has attained an unprecedented level of sophistication.

How Has The Microchip Impacted Machinelists?

Yet another modern development has further complicated the creation of industrial machinelists in modern machine shops and rebuilding & repairing facilities. Advances in computer technology currently transforms many of these production environments. While you'll still find some machine manufacturers operating off the grid in some parts of the world, this situation becomes progressively rarer with every passing year. In developed nations, special industry machinery has largely integrated with the computer industry.

Just as the advent of word processing technology rendered most traditional office typewriters effectively obsolete as business tools within the span of a decade, the combination of computers within industrial manufacturing circles has significantly changed the mass production of industrial components. Employing a computerized numerical control system in conjunction with manufacturing machines enhances the capability of companies to generate a wide variety of highly specific, customized machine parts. Machinelists must now include CNC machinery components and software. These machines bring the power of computerization to the factory floor!

Examples of Computer Technology Revolutionizing Industrial Production

Discovering examples of computers in contemporary industrial manufacturing environments proves remarkably easy. This technology has spurred the growth of personalized auto manufacturing, for example. Its adoption has saved some automakers vast sums of money while also enhancing the cachet of their inventories.

Today, even the way many Americans shop for cars reflects the profound influence of this development. Can your essential machinelist possibly omit computerized tools and software? How can you afford not to include these important tools?

From Model T Assembly to Personalized Mobile Office Design

For example, by utilizing computerized manufacturing technologies in their machinelists, U.S. car makers have largely ditched the once revered one-size-fits-all assembly line paradigm initiated by Henry Ford during the early years of auto manufacturing. For decades, American auto manufacturers could not offer the public extensive choices in new vehicle designs unless they could also project sufficient sales revenues to justify the minimum production run required for a specific automobile model to turn a profit. Now, thanks to the adoption of CNC technologies and IT-driven manufacturing, many car makers offer their customers tailored choices.

Buyers select from an array of options in choosing vehicle trim packages, upgrades and options because the manufacturer now uses computers to help customize the construction of each vehicle. Instead of a bare-bones "engines-diesel" or "engines-gasoline" choice, the typical new car, truck or SUV buyer who orders directly from an auto manufacturer selects from a menu of tailored features. These choices help ensure the vehicle fits highly individualized driving goals.

An Automated Machinelist Future

What will the future hold for the manufacturing of machine parts and tools? The spread of computerized, automated manufacturing technologies and the rise of robotics seem poised to change these production environments even more significantly in coming months and years. Even experienced manufacturers may not recognize the machine shops of tomorrow.

Instead of compiling your machinelist personally, for example, you'll enjoy the option of delegating this task to an intelligent machine. Artificial intelligence will help this device understand your business enterprise comprehensively. It may even offer valuable predictive insights into the best new tools and equipment to install to boost your firm's market position and sales goals!

Additional Information

  1. https://www.dieselnet.com/tech/diesel_history.php
  2. https://www.britannica.com/technology/gasoline-engine
  3. https://www.merriam-webster.com/dictionary/mandrel
  4. https://tubebendingandfabrication.wordpress.com/2013/03/23/4-types-of-mandrel-techniques-used-for-tube-bending-and-formation
  5. https://www.strategyand.pwc.com/reports/manufacturings-new-world-order