Unfortunately, there is no recognized standard that everyone can agree on. That means that you, as a buyer, will need to understand and properly compare specifications, keeping in mind the differing standards of measurement and how the specs interact with one another.

You’ll need to determine your own way to compare accuracy, motion, non-cutting time, and horsepower and torque specifications. Keep in mind that the best “number” in one category does not mean it is the fastest machine, and may not be the best machine for your application.

We talked about examples of machines that can look inferior on paper to other machines, but in reality are the faster and more accurate machines due to varying standards or different technologies.

There are many things which you must consider, and most will not compare to one another easily on a spreadsheet.

When is a spec not really a spec? When there’s no standard for measurement, making comparison impossible; when specs don’t reflect the application and real-world use of a machine; and when there’s no basis for comparison of values when key components of normal operation are not considered.

An Alternative
Because you can’t choose a machine that is ideal for your application solely based on a spec comparison on a spreadsheet, the best way to actually see how a machine will perform is to compare cycle times, value, and cost of ownership.

Look at like parts, talk to the manufacturer about your part features and concerns, and try a few test parts in each manufacturer’s machine to see how all the specs add up for your application and need.