5.1.1. Characteristics of Modern Large Scale Manufacturing

Modern large scale manufacturing is characterised by: (i) specialisation of skills, (ii) mass production of standardised parts by each worker performing only one task repeatedly.

In modern manufacturing, each worker focuses on a specific task rather than doing many different tasks. This allows for high efficiency and the production of large quantities of products that are all similar. Specialisation means that workers become very skilled at their specific tasks, which helps in producing goods quickly and reduces costs overall.

Think of an assembly line where one worker is responsible only for screwing in the lids of bottles while another labels them. Because they focus only on one action, they can do it much faster than if they had to switch between different tasks.

Modern manufacturing employs complex machine technology and automation, leading to lower costs and higher production efficiency.

Modern manufacturing processes incorporate advanced technologies such as robotics and computer-controlled machinery. These developments allow factories to produce goods at a larger scale with less human intervention, which not only speeds up production but also minimizes human error, thus increasing quality and reducing costs.

Imagine a robot arm in a car manufacturing plant that precisely welds pieces of metal together. This process is much faster and more accurate than a human worker would be able to manage, allowing the factory to produce more cars in the same amount of time.

It typically involves vast capital investment and is characterised by large organisations with an executive bureaucracy.

Large scale manufacturing often requires significant investment in tools, machinery, and infrastructure. Because of this, most manufacturing companies operate on a large scale, with complex structures and layers of management known as bureaucracies, helping to oversee and coordinate the vast number of operations that take place.

Think about a car company like Ford, which has many different departments, from design to production to sales. Each department is large and has dedicated teams that ensure every aspect of the business runs smoothly, much like a city's government is divided into various departments to handle everything from sanitation to transportation.

Modern manufacturing centres are concentrated in specific geographic areas, making up less than 10 percent of the world's land.

Only a small portion of land in the world hosts the majority of manufacturing industries. This concentration happens because industries often settle in areas where they can benefit from resources such as labor, raw materials, and market access, leading to significant economic power in these regions.

Consider Silicon Valley in California, which has a high concentration of tech companies. Here, the availability of skilled labor, venture capital, and a culture of innovation has created a hub for technology, while most parts of the world may not have these advantages.

Several factors such as access to markets, raw materials, labour supply, energy sources, and communication facilities influence where industries are located.

Industries seek locations that minimize costs while maximizing access to necessary resources and customers. Factors such as proximity to markets, the availability of raw materials, a skilled labor force, and reliable energy sources are key in choosing site locations for manufacturing plants.

For instance, a company that produces dairy products will locate its factory near dairy farms to ensure fresh milk is readily available, which also cuts transportation costs and keeps products fresher for longer.

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