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Most people are familiar with the part of history termed the industrial revolution, to the extent that they know that this is the period when human industries became largely automated instead of relying purely on human labor and effort. What the majority of people are unaware of, however, is the sheer extent of new technology that was required in order for even the most basic processes to be automated. What made the industrial revolution such a remarkable period in human history was the development of technologies like those found in Convum vacuum pads and Pneumadyne pneumatic components. These technologies made use of compressed air to do work, a concept that was not, in and of itself, new. The tool known as the bellows, for example, which was used to pump air towards fires to make them burn hotter has been recorded as far back as 3000 BC. The invention that revolutionized the use of compressed air, however, and marked the beginning of pneumatic technology, was the air compressor. This allowed compressed air to be generated without any human assistance and provided a continuous supply of compressed air. Industrial Design Another big part of the industrial revolution that people seldom read about or are even interested in is the development of industrial design. This is a concept that is still as relevant today as it was then, and it involves the planning and design work that must come before a factory or manufacturing assembly can be built. All of the different processes that must take place to turn raw material into a finished product must be meticulously planned for. A single mistake during the design stage could turn into a major disaster when production begins, and could even be dangerous for the workers and other people present in and around the facility. Industrial design follows a process that is also often used in product design. In product design, products are developed that solve particular problems that people have. In much the same way, the problem in industrial design is how to turn the raw material into a product. The design then develops as answers are provided for each part of the process. The problem of moving one part of a product from one place to another, for instance, can be solved by using a conveyor belt or a mechanical arm. Efficiency is a key principle in such design, and it is important to keep things as simple as possible in order to keep costs down. A complex problem may require a complex solution, but simple problems should be solved with a minimum of fuss. Where a conveyor belt will suffice to move objects, for example, there is no need for a complex robotic arm to grip each object and transfer them from one place to another. Convum vacuum pads answer the problem of moving and handling fragile objects. Items that must be picked up and deposited in a precise position cannot be handled either by conveyor belts or mechanical arms. Vacuum pads are able to pick up objects without exerting pressure on them, thus making them perfect for handling delicate materials. Pneumadyne pneumatic components answer the issue of power conservation, among other problems, because they are more power efficient than using equipment driven by electric or fuel motors. If you require Convum vacuum pads or Pneumadyne pneumatic components to complete your system or assembly line, then the place where all your needs will be met is the DAS Services Inc website.
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