The idea of automation is an ancient one, with scientists and inventors who lived many centuries ago having already posited the ideas that people could organize and build machines that would perform tasks without the need for human supervision. Early instances of automation usually involved the use of water as a timing mechanism and these constructions typically served no practical purpose but to illustrate the possibilities of automation. With the invention of steam power and the realization that it was no longer necessary for human labor to be the driving force behind every action, the true development and implementation of automation began to take shape. From Convum suction cups to Crouzet optical sensors, each invention related to pneumatics takes the industry one step closer to becoming fully automated and relinquishing the need for human supervision entirely.

When people first invented machinery that could perform tasks that no human being has the strength to perform, these machines still had to be carefully controlled by operators. These operators had to determine when to activate the machinery, when to stop it, and sometimes they also had to direct the machines by hand. This form of manual control was extremely inefficient and represented a very rudimentary form of automation, where the heavy processes had been automated but the delicate work of monitoring and fine-tuning was still carried out by human operators.

After some time, the idea of automation gained greater traction with the invention and implementation of sensor-driven automation. The driving idea behind this form of automation is that certain sensors can be used to detect things that would otherwise require a person to watch out for. A human operator might, for example, previously have been required to stop the action of a pneumatic cutter if the object to be cut was not properly positioned. Today, sensors have been developed that are able to detect when the object is not properly positioned and stop the cutter, all without the need for human intervention.

These sensors come in a variety of different types, with one of the main categories being optical sensors. These sensors make use of light to do their job. In order to tell that an object has not been positioned properly, for example, an optical sensor would be placed right at the boundary of the area where the object should be. If the object is improperly positioned, and strays in front of the optical sensor, the sensor would detect it and send a signal to stop whatever pneumatic process would otherwise have taken place.

Crouzet optical sensors are among the best in the industry and it is important that you have the best pneumatic equipment in the industry to minimize the possibility of failures, breakdowns and malfunctions. The more reliable your pneumatic equipment, the less malfunctions will occur and the more efficient your overall production will be. Whether your process involves Convum suction cups or Pisco pneumatic fittings, you should take the time to do comprehensive research into the different brands of equipment available and the durability and reliability of the different brands, and only make use of the best.

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From Crouzet optical sensors to Convum vacuum cups, one thing common to them all is that the best components and equipment are to be found at DAS Services Inc., a specialist in providing only the best pneumatic equipment to satisfied customers!