Clint Harrison is a robotic welding and advanced automation specialist at Capital Machine Technologies. With extensive experience integrating robotic cells with intelligent fixturing and part-recognition systems, Clint helps manufacturers design scalable automation platforms that reduce manual intervention and support sustained production growth.
For many fabrication shops, press brake productivity is about more than how quickly a machine can bend a part.
Setup time, first-part accuracy, and the amount of rework required before production begins can have just as much impact on overall efficiency.
One customer came to us with problems in all three areas.
Long Setups and Too Many Reruns
The customer was spending 30, 45, and sometimes nearly 60 minutes setting up their press brake just to get the first part ready.
Accuracy created another bottleneck.
Operators had to send their first parts to quality for measurement. When parts failed, programmers had to adjust the programs and rerun them. The parts went back to quality, and the process repeated until they had an acceptable part.
The result was lost production time, added labor, and unnecessary scrap.
A More Precise Press Brake Setup
After reviewing the customer’s process, I recommended a Safan E-Brake with Wila hydraulic clamping and Smart Tool Locator.
The combination addressed both sides of the problem: setup efficiency and part accuracy.
The E-Brake’s all-electric design provided the accuracy the customer needed, while the tooling and setup configuration helped streamline the process.
The Result: Setup in Minutes
The customer reduced press brake setup times from as much as an hour to a couple of minutes.
Improved accuracy also helped the team achieve first-part-right production, reducing the need for repeated measurements, program adjustments, and reruns.
That meant:
- Less time spent setting up
- Fewer parts sent back for adjustment
- Less rework
- Reduced scrap
- More time available for production
The improvement wasn’t simply about making the press brake faster. It was about removing the delays and corrections that were happening around the machine.
A Practical Question for Your Press Brake Operation
If your team is spending significant time getting the first part right, look beyond the machine’s bending speed.
Consider:
- How long does setup take today?
- How many first parts need to go through quality?
- How often do programs need to be adjusted and rerun?
- How much production time is lost before the job is truly underway?
- Could improved tooling and machine accuracy reduce those steps?
A press brake should help your team start producing good parts quickly, not spend the first hour of every job getting there.
This customer saw the difference firsthand. They now have five Safan press brakes in their operation.
The right combination of machine, tooling, and setup strategy can turn a recurring production bottleneck into a much more efficient process.