What is an Actuator?

What is an Actuator?

An actuator is the main component of a mechanical device that allows the device to move. This movement can be in two forms, one being linear the other being rotary. Linear movement means it can move back and forth on a set path in a straight motion. Rotary movement means movement in a rotational fashion. These two types of movement allow for actuators to be broken down into a linear actuator and a rotary actuator.

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What is a Temperature Controller?

What is a temperature controller?

A temperature controller is a device that is used to maintain a preset temperature for a heater or other devices. In everyday life, common temperature controllers are air-conditioners, space-heaters, refrigerators, and water-heaters. However, when it comes to the industrial industry, temperature controllers can be attached to equipment and aid that equipment in maintaining a desired temperature.

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What is a Piston Pump?

What is a Piston Pump?

A piston pump is a type of reciprocating pump that moves and pressurizes fluid by using one or more reciprocating pistons. Three main components can always be found in every piston pump; a piston, a crank, and inlet and outlet valves. The piston is the main source for allowing the liquid to flow in and out through the valves. Attached to the motor, the crank will move in a rotational fashion allowing the repetitive back and forth movement of the piston. Finally, each piston pump will have an inlet and outlet valve. These two valves allow for the liquid or gas to enter and exit the cylinder.

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What is a Signal Converter?

What is a Signal Converter?

A signal converter is a device that converts signals from sensors to industrial current signals, converts analog input signals to analog output signals, normalize signals, or isolates signals. There are multiple types of signal converters; Analog-to-digital converters (ADCs), digital-to-analog converters (DACs), frequency converters or translators, voltage converters, frequency-to-voltage converters, voltage-to-frequency converters, current-to-voltage converters, current loop converters, charge converters.

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Optimizing with Automation

Companies today see the potential that exists with automation. When looking towards the optimization of a facility, it is imperative to plan and understand the needs of the operation. Depending on each given business, different automated applications will be best-suited for each respective operation.

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Upcoming Trends in Automation: Looking Towards the Future

 

In today’s society there aren’t many places to go to escape technology. It is a never-ending evolution. The sooner technology is embraced, the sooner it will benefit the world. This is evident in how technological advancements have changed businesses operations.

Digitalization

With technology comes digitalization and with digitalization comes the ability to convert information into digital form. This ability has allowed businesses to increase efficiency, reduce operational cost, and eliminate human error. One example of a benefit is businesses can now keep important information on digital files instead of paper files. A computer with named files neatly organized to a specific format allows easier access compared to opening a file cabinet and shuffling through hundreds of manila folders.

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What is Logistics Automation?

Automation has become increasingly relied upon and is reshaping the way industries operate.  Currently, with the emergence of self-sufficient machinery, automation has impacted both efficiency and reliability for the better. Logistics automation is an emerging sector that is being highly focused on. Essentially, logistics is a comprehensive framework that manages complex systems in a seamless operation. This type of automation aids logics processes through computer software and other automated applications.  

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The Difference Between Hydraulics and Pneumatics

Hydraulics and pneumatics are often grouped together.  However, each offers its own distinctive features. When selecting which application to use, it is critical to understand the differences between each system to find the best match. In simple terms, pneumatic systems use the energy collected from air or gas to transmit power. Hydraulics is fluid power that retrieves its power from pressurized liquids.

Each of these power systems is valuable in particular ways. The main difference between pneumatics and hydraulics is the medium used to produce power. Hydraulics use waters, oils, and other liquid for its power generation. Pneumatics uses air or other gases in its operations to transmit power. These two systems, while very different, do share some common links. They both are relied upon for power for otherwise different

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Hydraulics: Ancient Rome to Today

Hydraulics has played a significant role in creating valuable devices throughout history. The power generated from water has been improving industrial performances and creating useful systems. Find out more about how hydraulics work here. Let’s take a look at hydraulics from Ancient Rome through the modern era.

Romans and Hydraulics

The Bramah Press was one of the first devices to be powered by hydraulics. This system allows for a pressurized fluid to power a given machine through science and engineering.

Hydraulics have been around since the Egyptians and the Babylonians. However, the critical development and science behind the law of fluid motions started with the Greeks and was implemented by the Romans. Ancient Rome is known for its use and development of various hydraulic applications during its beginnings. An array of different hydraulic practices were manufactured in its infancy

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Is Additive Manufacturing Right For Your Operation?

As technology is changing and advancing, there are an array of new manufacturing processes that can elevate operations. Additive manufacturing is completely changing these traditional practices while also saving time and money in the process. Read on to find out if additive manufacturing is right for your operation.

What is Additive Manufacturing?

Additive manufacturing (AM), also referred to as 3D printing, is a process that takes a digital design and creates a tangible object. CAD (computer-aided design) software is used to create a given design where that digital file is uploaded into an additive machine. This machine is then able to produce an object layer by layer with the use of heat lasers or electron beams. Learn more about additive manufacturing here.

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