steel bending machine

By design, a steel bending machine is classified as a machine forming tool, which is used purposefully to force a bend (to a specified radius and arc length) on a piece of steel during a linear or rotating movement of the steel. In essence, the steel bending machine achieves the desired bend on a piece of steel without having to cut the steel.

Types of Steel Bending Machines

On , wholesale steel bending machine suppliers stock a variety of steel bending machines ranging from sheet steel bending machine, Hydraulic bending machine, Sheet metal bending machine, Sheet folding machine, Mechanical bending machine, Electric pipe bending machine, and Electric servo bending machine. All these different types of steel bending machines are used in various work environmens to achieve the desired outcome.

How Does Steel Bending Machines Work?

Regardless of its source of power (electric or mechanical), steel bending machines work in the same way. A sheet metal desired to be bent is forced between two tools jointly referred to as pressbrake. This pressbreak is divided into an upper tool referred to as punch and a lower or bottom tool called the V-die. As the steel passes through the pressbrake, it gets curved into the desired shape.

What to Consider When Buying a Steel Bending Machine

Given that different steel bending machines are used for different purposes, and when you have considered the steel bending machine price and manufacturer, it is important you also ascertain the particular work you want a steel bending machine to do for you before making a purchase. The steel material being processed and the steel bending machine accuracy will determine this.

Steel Material Being Processed

The width, thickness, length of the metal are all that you should consider here. If you intend to work on stainless steel, a stainless steel bending machine will be the preferred machine, if metal, then a metal bending machine is ideal.

Accuracy of the Steel Bending Machine for Sale

The accuracy of a steel bending machine is determined by the punch and die of the machine. You will also need to consider the shape and size of the plate which is what sets the limit for the upper die while the thickness of the plate decides what the lower die will be.