The Need for Speed: High-Speed Automation Design

In the midst of adverse market conditions, automation devices must be manufactured to a higher standard in terms of quality, cost, and delivery time. The requirements of making automation devices high-speed not only involves increasing the productivity per hour but ...

Stronger Than Gold: Titanium Nitride

We’ve touched upon several surface treatments in past posts such as electroless nickel plating. In this post, we will dive deeper into TiN coating. This coating is used in numerous industries such as automotive, medical, aerospace, food processing and energy. ...

Go Big: Large Automation Design

As automation becomes more demanding there is a need for stronger materials and larger equipment. In this post, we review large automation design techniques to be considered in the design phase of large-scale manufacturing machines. Required Performance for the Large ...

To Step and To Serve: Motors

Small motors can be categorized into motors to obtain power by converting electrical energy to rotational energy, and motors for control where rotational position and velocity are regulated to achieve specific control purposes. The latter is mainly used for automation ...

Give Your Design a Boost: Boost Mechanisms

A mechanism designed to generate a large force from a small force is called a boost mechanism. Mechanical components that constitute this boost mechanism include links, levers, screws, wedges, gears, and pulleys. For lightweight arms of robots, the link mechanism is ...

The Internet of Things – What is Industry 4.0?

We’ve covered what is IoT, security and now onto manufacturing. The internet of things has not only affected consumers and developed new organizations. It has affected the manufacturing industry in a variety of ways. The industrial revolution started with steam ...