3 Key Factors to Consider before Applying Automatic Machine Tending

Knowing the why, where, and how to apply machine tending is the first and most crucial step you should consider before using the technology.

Considering WHY you need to automate machine tending helps you to maintain brand while reducing costs.

After finding out why your business needs to enjoy automation powers, you need to know WHERE to use the machines. Lastly, you should know the traits of a typical producer of the machines in your attempt to answer to satisfy the HOW part of the equation.

What’s more? Let’s take a deep dive into the content.

Simply put, automatic machine tending is the use of robots in monitoring and handling the industrial process. As an example, we’ll use the loading and unloading of the CNC machine process throughout the article.

1.   Why Automate?

The fourth industrial revolution has exposed producers and consumers to data. This means a chunk of online sellers knows what they want, and are likely to be repeat customers if they find consistent quality in your products.

Since robots are more accurate than humans, using them in machine tending enables you to maintain quality output. For example, standard machining of 0.005mm is possible. Consistency in the produce reflects into a strong brand that online buyers easily identify with.

Robots work faster than humans. Accomplishing work faster means you can realize a return on investment faster. Robots are more organized and help to reduce costs. Common industrial costs result from material wastage and frequent accidents that happen when you fail to automate.

Since the machines work 24/7, you are sure to reduce production time while scaling the processes. The result is an ease in production and propelled profits.

2.   Where to Apply Automatic Machine Tending

As long as the industry you are operating in needs loading and unloading of products, you can automate the process. These include drilling, lathing as well as lathing. Typical environments include metal fabrication, automotive, and electronics.

During metal fabrication, you cut, bend, or assemble parts. To speed up the process, you need the accuracy and long-lasting energy of robots.

The more exciting part is that you don’t have to manage the CNC machine parts. They come with ready-made instructions that enable the machine to kick start the lathing, milling or drilling immediately after installation.

The worry remains with loading and unloading of materials, which the robots take care of.

Similarly, you enjoy the efficiency of collaborative robots in the design, development, and manufacturing of automotive. Also, you can apply the accuracy of the robots in electronic circuit creation as well as maintaining reliability in heavy-duty agricultural applications.

Lastly, let’s see how to acquire the best machines for a typical machine tending process. It’s simple:

3.   Consider Producer Traits

Before initiating automatic machine tending, you need to acquire the right tools for the job. To ease the process, divide it into two categories: acquiring the perfect robots and using the best CNC machines. However, here’s the catch:

With many online supplies and their rigorous marketing, you may be stranded on factors to choosing the best dealer. Worry no more.

After identifying a few suppliers, trade with the one that provides you variety. For instance, for CNC machine parts, the best trader is one that avails headstock, bed, chuck and other parts under one roof.

Additionally, you should track the online reviews of the customer experiences on the companies. Here, determine how the company responds to queries and willingness to support their customers.

Lastly, a typical supplier of tending machines freely participates in the maintenance of their products.


To fully appreciate the role of automation in machine tending, you need to determine how your industry is using the machines for optimum production.

After identifying why and where to use the trending technology, go ahead acquire the best tools from a renowned supplier of the machines.

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