How Does a CNC Hydraulic Press Brake Work?

13 Jul.,2024

 

What is a CNC Hydraulic Press Brake?

A CNC Hydraulic Press Brake is a machine tool used to bend sheet or plate material. It uses hydraulic power to apply force to the material at a specific angle, resulting in a precise bend.

How does a CNC Hydraulic Press Brake work?

Step 1: Loading the material.

The operator loads the material onto the machine, positioning it between the press brake’s upper and lower dies.

Step 2: Programming the machine.

The next step is to program the machine using a CNC controller. The operator inputs the desired bend angle, the thickness and width of the material and the position of the back gauge.

Step 3: Clamping the material.

The machine’s upper die descends to clamp the material between it and the lower die.

Step 4: Applying the bending force.

The machine’s hydraulic system applies force to the material, causing it to bend at the programmed angle.

Step 5: Releasing the clamps.

The upper die retracts and the material is released from the machine.

Step 6: Repositioning the material.

If multiple bends are required, the operator must reposition the material and repeat the process starting at Step 3.

What are the benefits of a CNC Hydraulic Press Brake?

Precision: CNC hydraulic press brakes are capable of precise, repeatable bends.

Efficiency: Because they are controlled by a computer, CNC press brakes can work faster than traditional press brakes.

Versatility: CNC press brakes can accommodate a variety of material types and thicknesses.

Safety: CNC press brakes are designed with built-in safety features to protect the operator.

Overall, a CNC Hydraulic Press Brake is a versatile and efficient tool that provides precise and repeatable bending for a variety of materials.

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