News Finding Press Brake Capacity
Keeping Pace with Fiber Lasers and High-speed Press Brakes
Press brake automation comes in many different sizes and equally for many different applications. Many of the parts that require bending automation do so, not only for the larger lot sizes but also for keeping pace with fiber lasers and high-speed press brakes as well. Bending speeds of one inch per second are not unusual for high-speed brakes, and the level of speed and endurance required from the operator can also be demanding. Over time, press brake automation maintains greater consistency in productivity, and with fewer errors eliminates operator fatigue factors.
Fixed Press Brake Automation
Heavier and larger parts that require handling by multiple operators are prime candidates for press brake automation. Automation eliminates operator fatigue and possible injuries when bending these types of parts over a prolonged period of time. Most of the dedicated robot bending cells are primarily geared towards a specific product or product family, typically in a low-mix, high-volume environment. To sustain high production requirements, these systems run automated around the clock.
Mobile Bending Cell
Mobile Press Brake Automation
Mobile bending cells on the other hand offer the flexibility of running manual operations during the day and automated operations during the evening and off-shifts. Advances in offline robot cell programming have made these systems fast and easy to program, typically around 1 minute per bend for simple parts, and thus can handle a high mix as well as a high volume of smaller light-gauge parts.
Off-Shift Press Brake Operations
One of the key opportunities derived from press brake automation is the ability of the systems to operate in off-shifts to increase throughput. Utilizing automation provides the flexibility to operate a press brake in the off-shifts and fully utilize the additional bending capacity created by press brake automation. The flexibility to run in off-shifts and over long weekends greatly increases productivity, efficiency, capacity, and revenue. Operator tasks can now focus on managing the flow of materials and programs in and out of the cells as well as managing multiple cells simultaneously.
Quick-Change Press Brake Tooling
One of the biggest opportunities for reducing press brake setup time is the use of hydraulic tool clamping in conjunction with quick-change, segmented front-loading tools. Spring-loaded safety mechanisms and safety tangs allow the tools to be quickly loaded from the front. Quick-change tooling benefits both manual and automated bending systems. They also allow the tools to move freely for alignment prior to clamping. This type of tooling system, coupled with the robot’s ability to change the tools automatically, accelerates the tool change process and also reduces handling wear on the tooling.
Adding Capacity
Increasing bending capacity and throughput is critical to managing the volume of work in progress. Adding capacity in off-shifts and weekends with press brake automation provides the flexibility to meet increasing production demands, reduce the cost per part, and maintain production schedules to meet customer deliveries.