Automated Material Handling: Efficiency in a Modern Industry.

The modern landscape of industrialization is a chaotic mix of unnatural speed, precise accuracy, and unprecedented efficiency. This in large is thanks to the development of Automated Material Handling (AMH). AMH has emerged as a game-changing technology that optimizes the movement, storage, and control of materials within manufacturing, warehousing, and distribution environments. By leveraging robotics, artificial intelligence (AI), and advanced software systems. AMH reduces human intervention, minimizes errors, and enhances productivity.

What is AMH?

In short, AMH refers to the use of computerized and robotic systems to transport, store, and retrieve materials with minimal human involvement. Some examples of these systems include, conveyor systems for fast and efficient transport of materials across warehouses. Self-navigating robots/vehicles that can move materials around autonomous. These robots can also be paired with advanced storage systems to me retrieval a more streamlined process. Additionally robotic arms can quickly and safely pick up items that would normally be too heavy for one person to life. Robotic arms also serve a crucial role in automated assembly.

An example of a warehouse utilizing AMH.

The Importance of AMH

Automated Material Handling is a relatively new system that would make it easy to dismiss. However, in the short time it’s been around, it has made its role in automation absolutely crucial in keeping up with demand. On average, businesses that integrate AMH see about a 7.9% uptick in their annual growth. Of course speed is not the only factor that plays into this growth. Automating material handling reduces labor cost and increases efficiency with less margins of error.

While the initial cost of Automated Material Handling is undeniably high, the reduced labor, saving of space, and higher accuracy count makes it a great long term return on investment (ROI).

On a more technological level, AMH is designed to be scalable and upgradable integrating newer technologies such as AI. As a business grows, the operational space and systems are easily expandable to match that the pace and demands of that business. Likewise, AI-driven analytics ensure live tracking of inventory and orders.

Who Benefits from AMH

When we talk about industries that benefit most from automated material handling, manufacturing and retail tend to be at the forefront of what everyone thinks. AMH speeds up the manufacturing process in times that would take a team much longer to do. At the same time, the retail world utilizes AMH for rapid order fulfillment and warehouse distribution.

However, the pharmaceutical industry also utilizes AMH for handling hazardous materials and other substances. At the same time the food and beverage industry uses automated machine handling to keep their products at safe and preferable temperatures.

Conclusion

Automated Material Handling is no longer a luxury but a necessity for industries aiming to boost efficiency, cut costs, and stay competitive. By integrating AMH solutions, businesses can achieve faster operations, higher accuracy, and a safer work environment—paving the way for a smarter, more automated future.


Need Equipment?

Are you looking to get your automated? Perhaps you already are automated but need to get some parts replaced? Reach out to our team of experts to help connect you with the right equipment to get your operation up and running!


Updated on July 28, 2025 by Ken Cheng

How to Test a Circuit Breaker

Circuit breakers are essential safety devices in any electrical system, protecting your home or workplace from overloading. Over time, they can wear out or malfunction, so it’s important to test them periodically to ensure they’re working correctly. In this guide, we’ll walk you through how to safely test a breaker.

Read more: How to Test a Circuit Breaker

The Importance of Testing a Circuit Breaker

There are different reasons to test circuit breakers. Where testing is most important, is in the area of safety. Regular testing of circuit breakers maintains safe electrical systems by preventing things like power surges which can damage equipment. Equipment isn’t the only safety concern that prompts regular breaker testing. Routine testing of circuit breakers can prevent fires from occurring.

Tools For Testing

When testing breakers, several tools are vital for conducting test. Among them, the tools most important are insulated gloves and a multi-meter. The insulated gloves are critical in safeguarding you from potential electrical hazards, and the multi-meter is important in circuit breaker diagnostics.

mutli-meters for testing circuit breakers

The Testing Process

Now that you know why and what equipment you’ll need to test, you’ll need to know how to test your circuit breaker. That step begins with turning off and unplugging devices along the circuit that is wired to the breaker. This prevents the security of any device or equipment you don’t want damaged. Once you’ve confirmed everything is unplugged, locate the breaker box. Usually the breaker box is located in places like a garage or basement.

The next step would be to visually scan for any signs of anything being off. That usually looks like burn marks, corrosion, or a tripped breaker. Any breaker that appear damaged should be replaced immediately. With your multimeter set to Voltage, test the breakers and circuits. A normal reading should show 120V for standard home circuits and 240V for larger circuits. A reading of 0 indicates a faulty breaker.

Perform a manual check by switching the breaker to the “ON’ position and then press the “TEST” button, the circuit should trip immediately. After tripping the breaker reset it back into the “ON” position, if it does not reset, then the breaker will need replacing.

If the breaker consistently fails voltage test, or trips without an obvious cause, call a professional electrician.


Conclusion

Testing a breaker is a simple but crucial maintenance task. By following these steps, you can ensure your electrical system remains safe and functional. If you’re unsure or encounter issues, always consult a licensed electrician for professional help.


Dirty Power

One of the biggest contributors to bad circuit breakers is what is commonly known as “dirty power”. More information about dirty power and how to prevent it can be found here.

Updated on July 14, 2025 by Ken Cheng