Advantages of Using Punching on a Press Brake

Posted by Mia Smith on May 26th, 2021

Fabricators who have done so have discovered some competitive advantages. Whether a shop makes its product line or makes parts for others, the fabricating manager wants to lower costs for better profit margins. The goal is to have quick, predictable, and on-time production to be promised short lead times. 

Listed below are the few advantages of using punching press brakes: 

• Common Applications

A die set for punching in a press brake is a lengthy, narrow undertaking that is relatively costly and can become out of date if the part is not, at this point, required. That is why fabricators who need a line of openings utilize modular press tooling, for example, C‑frame tooling mounted in a press brake that was either purchased for punching or repurposed from bending and forming. Furthermore, with the cutting edge accentuation on delivering little parcels often, more fabricators are zeroing in on speedy changeover from one part to another. 

• Efficient Production

For quick changeover from one section to another, the C-outline units are mounted on a template is dedicated to the part however long it will be produced on a routine premise. 

Setups can be put away near the mark of utilization. Units in a series have a similar bite of the dust heights and utilize similar press shut measurements. A fabricator has no compelling reason to correct the press shut stature between parts by sticking with similar holders and using a typical thickness for the templates. These are essential practices for quick changeover from one section to another. 

• Versatility in the Tooling

Holders typically have throat profundities of 4, 8, 12, and 18 in. Factors that influence the throat depth are precisely how far the hole is from the material edge and which parts the holder may utilize in the future. 

Punches for standard and extraordinary shapes are typically accessible too. Custom units can be intended to create groups of holes. Different applications that fabricators regularly utilize C-outline tooling incorporate subsets, keyholes, corner radii, and trim and part tooling. 

When to Use C-frame Tooling? 

A question remains: If a fabricator has an abundance of methods for making a hole, how does he choose? Sometimes the decision is situational. 

A shop may be in a position to make parts any way it can to meet a delivery deadline. At that point, the shop uses any equipment available. A low-cost and fast process for making those holes makes sense. Another fabricator may face specific production goals of getting work done quickly without creating a delay that affects downstream manufacturing activities. In this case, the fabricator should focus on the combination of reduced setup time and run time. 

Wrapping Up: 

Fabricators that need a tool kit from which to choose the optimal manufacturing method as per the state of the part and how frequently it is required can add a helpful device by repurposing a press brake from twisting and forming to punching. Secluded press tooling gets that going while simultaneously boosting production efficiency and minimizing tooling changeover time.