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The styles, functions and features of progressive automations

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Modern industries rely on progressive automation solutions rather than manual process performance. All of this was made possible by actuators. Despite their small size, these devices have tremendous capabilities that allow them to boost the technical potential of any technological development. What do you know about them?

Automated equipment provides superior performance while minimizing the risks to human employees. Actuators have played an important role in their operation. Their selection is impressive: you can now find not only an electric actuator, but also linear, rotary, hydraulic, and other types of this mechanism.

What is the function of an actuator in automation?

Actuators are in charge of many tasks:

  • Moving;
  • Controlling;
  • Proper mechanisms positioning;
  • Provision of smooth and easy operation of equipment.

Their applicability is determined by their type, size, and functions.

What are the different types of actuators?

All actuators are classified into the following types:

  • Linear. They are classified as standard, mini, micro, industrial, tubular, and track actuators. They generate movement along a straight line. You can find them in TV lifts, doors, sliding doors, etc.;
  • Rotary. These devices move in a circular motion and are used where a turning movement is required. For example, electric fans, windshield wipers, etc.;
  • Hydraulic. These actuators make use of a fluid-filled cylinder with a piston suspended in the centre. They also move in a straight line. They are used in exercise equipment (for example, steppers);
  • Pneumatic. They generate mechanical movement using pressurized gases. These actuators are highly regarded for their ability to execute extremely precise movements. They are found in vane motors, exercise machines, pressure sensors, etc.;
  • Electric. Electricity is required for these actuators to operate. They can also perform precise motions and can be found in electric cars, robotics equipment, etc.;
  • Mechanical. These actuators are used to carry out mechanical tasks. For example, to move an object from point A to point B.

Actuator Application Examples

As you can see, the field of actuator applications is quite diverse. They cater to both industrial and domestic needs. Here are a few examples:

1. Standing desk

The powerful linear technology enables not only production but also comfort in the workplace. Actuators enable long-lasting height-adjustable desks to provide the most comfortable position for you to maintain proper posture and reduce stress when needed.

2. Lifting column sets

These are elevated devices that run on electricity. They transform rotational motion in low output motors to linear movement.

These sets are frequently used in DIY projects and in home appliances. These devices are extremely beneficial when used in disability equipment (e.g., special chairs, step lifts, etc.).

3. TV lifts

TV lifts also make use of actuators’ ability to generate linear motion. These electrically powered mechanical systems allow your television to move vertically or horizontally to the most comfortable level for your eyes.

As you can see, electric linear actuators are tailored to meet the requirements of any person or business. Furthermore, the stocked items can be specially designed to produce the desired output if necessary. Whether you want to build a workstation or upgrade your kitchen table, actuators are always a good choice.

Other articles from mtltimes.ca – totimes.ca – otttimes.ca

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