3200mm Press Brake with ESA S640

3200mm press brake is a machine used in metalworking and manufacturing to bend and shape sheet metal into various forms. It is a hydraulic press brake with a bending length of 3.2 meters (or approximately 10.5 feet) and a maximum bending capacity of a certain thickness, which can vary depending on the specific model.

The press brake consists of a large table or bed on which the sheet metal is placed, and a press or ram that lowers onto the metal, applying a controlled force to bend it at a specific angle.

The machine is operated by a skilled operator who sets the bending angle and adjusts the machine’s various settings to achieve the desired result.

Press brakes are used in a wide range of industries, including construction, automotive, aerospace, and manufacturing. They are essential tools for producing a variety of metal products, such as brackets, frames, enclosures, and sheet metal components used in larger assemblies.

The 3200mm press brake is a medium-sized machine that can handle a wide range of sheet metal thicknesses, making it a versatile tool in many manufacturing applications.

Features of 3200mm Press Brake

1. Bending angle calculation and back gauge position calculation can be achieved by inputting metal sheet material information, sheet size, and punch and die size.

2. Crowning system can work with a CNC controller automatically to achieve higher bending accuracy and linearity. Hydraulic crowning and motorized crowing systems are optional. 3200mm Press Brake

3. CNC crowning ensures a constant bend angle across the full length of the machine. This is achieved by pre-loading the machine, to offset any possible deflection under load or compensate for any tool wear, so that under load contacting surfaces are parallel to each other.

Machine CNC Axis Explanation

Y1                                      Left cylinder electro-hydraulic synchronous closed-loop control axis
Y2                                     Right cylinder electro-hydraulic synchronous closed-loop control axis
X (X1, X2)                     Back gauge moving axis (back and front)
R(R1, R2)                       Back gauge moving axis (up and down)
Z1, Z2                               Two stop fingers moving axis (left and right)
V                                      CNC crowning axis