Press Brakes Machine Selection Guide

You may be wondering what to look for when selecting a press brakes machine. The following article covers the various factors that you should consider when selecting a press brake. We’ll look at speed, load limits, precision tooling, and size. By the time you’re finished reading this article, you’ll have a better idea of what to look for. We’ll also cover the various functions that each press brake should perform.


When purchasing a press brake machine, you should first determine the size of the job you will be bending. If the job will be relatively simple, you can go up a size. Also, consider the length of the machine, as you never know when you’ll need to bend a longer part. A press brake with an extra foot of length will help you make extra bends with your parts. After all, you can always use an extra pair of hands to bend long pieces.


When choosing a press brake, consider the tonnage requirements. Using a press brake with the wrong tonnage could damage your machine and the part you’re bending. To determine the correct tonnage, refer to the press brake’s tonnage tables or manual. If you’re not sure, talk to the manufacturer to get an accurate estimate. Choosing the right tonnage will ensure the press brake’s performance and reduce your operating costs.

Load limit:

The load limit for Press Brakes machines is determined by the tonnage of the machine and the tooling it uses. When determining the tonnage for a press brake, factor in the amount of power being passed through the tooling. The resulting number is the maximum tonnage allowed per inch or foot of load. For example, if you need to bend a piece of metal that weighs 150 tons, you will need a machine with a sinking tonnage of 100 pounds per inch. To determine the maximum tonnage for your machine, check the catalog of the manufacturer.

Precision tooling:

When selecting a press brake machine, make sure to select a model that supports the type of precision tooling you require. Most bending time is spent changing bending tools, so speeding up this process is important. Quick change tooling is the easiest and most cost-effective way to upgrade your machine, and it’s also easily retrofitted to existing equipment. When choosing the right machine for your operation, make sure to choose a machine that is up to date and does not require major upgrades.

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