Products Category - Progressive Automations Blog

The art of motion control is epitomized in linear actuators, which have found applications in numerous areas of life. They used in many areas, from high-tech production lines and smart devices in our homes, to airplanes in the sky. What makes linear actuators exemplary motion control devices? Feedback: the remarkable ability to convey real-time information derived from motion (position, speed, direction) to sophisticated control systems. Contr...

A brushed DC electric motor converts electrical energy into mechanical energy using Lorentz Law, which states that “a current-carrying conductor placed in a magnetic field will experience a force”. This force can be used in a variety of ways, such as in a linear actuator to convert rotational motion into linear motion. Progressive Automations offers a variety of linear actuators containing either a cored or coreless DC motor, but which type sh...

Waterproof actuators are the ideal solution for environments that may expose an actuator to water or other hazardous fluids. In this article, we will be discussing when an actuator can be considered waterproof, the relevant IP classifications, how we make them waterproof, where we can use such actuators, and the solutions offered by Progressive Automations. This information provided in this blog should help you select the right linear actuator...

The PA-12 electric linear actuator is a fantastic example of lean design principles and represents the future of linear motion. If you are looking for a device that can deliver best-in-class performance in a compact package, look no further. The PA-12 is packed with modern solutions to recurring problems, and this article will provide a look into the main features of this actuator’s design. This linear actuator is purpose-built to provide the ...

Since the development of the first silicon chip in 1961, technology has progressed significantly. Silicon-based chips, now embedded amongst an array of components on a board, have allowed for many microcontroller applications to come to fruition. These microcontroller boards are used to send and receive digital/analog signals from sensors and other circuitries. These signals are processed within the brain of microcontroller board (CPU - centra...

Smartphones are a fixed piece of technology in the majority of people’s lives, allowing you to keep up to date with news, update your social media, connect with family, friends, and colleagues, and accomplish daily tasks quickly and conveniently. When controlling actuators, you would normally use a wired switch or wireless remote to activate a control box. However, we wanted to make controlling actuators as easy as accomplishing an everyday ta...