One major component that makes automation possible is electric actuators. These mechanical devices convert electricity into kinetic energy using either rotary or linear motion. Electric actuators work like other types of actuators. The only difference is that it uses electricity as its input. Electricity powers a motor, triggering specific components into motion. The final output […]
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That depends on your application and needs. Industrial robots are suitable for many tasks. From injection molding to packaging, the repetitive tasks within your business could be easily automated. The possibilities are nearly endless. However, if you’ve been researching different industrial robot manufacturers, you may be struggling to identify which one is right for you.
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Your collaborative robot, also known as a cobot, has been working hard to increase efficiency and reliability within production. This new technology has quickly paid for itself and has become indispensable for human coworkers working alongside the robot. Or perhaps you have used robotic technology for quite some time, and it has become a staple
What Are the Signs Your Collaborative Robot Needs Repair? Read More »
From manufacturing machinery and agricultural equipment to electric cars and robots, the electric actuator drives the modern world – literally and figuratively. This reliance is not likely to change any time soon. It means that a deeper understanding of the workings of electric actuators will become increasingly necessary. In developing this deeper understanding, learning about
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An actuator is a part of a machine or device that enables movement by converting some form of energy into mechanical force with the push of a button. There are various kinds, but the most popular are the hydraulic types which use incompressible liquid as energy. Electric linear actuators have been gaining more traction recently
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Pneumatic actuators are used in many industries utilizing automation systems such as manufacturing, packaging, food and beverage, and automation. These actuators that draw their power from compressed air come in a wide array of sizes and configurations operating at high speeds while offering flexibility. In addition, pneumatic actuators offer both rotational and linear movement allowing
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If a product came from an automated assembly line, then an electrical control panel was involved in controlling it. This means anyone reading this has encountered a product made with the help of a control panel. An electrical control panel is a system of several electrical devices that control and monitor the mechanical functions of
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Actuators help streamline manufacturing processes while lowering production costs. However, issues and defects in these components can jeopardize the entire production line and result in severe downtime. In manufacturing, downtime can translate to significant financial losses. It is estimated that downtime causes every factory to lose at least 5% of productivity, with some factories losing
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As the name implies, air control valves, or pneumatic valves, control or divert the flow of compressed air or other gasses within an operating system. With this controllable power source, the valves can be used to drive other components such as an actuator, gripper, hand tool or other device. They are also used to pilot
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Choosing a valve for medical devices is crucially important in facilitating quality patient care. The correct valve can make the difference in providing life-supporting treatment or causing problematic complications. Solenoid valves are typically used for medical devices because they can moderate gas flow with precise speed and accuracy to support patient care. When used in
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