RAS Multibend-Center
Best suited for high-volume panel fabrication where automated loading, folding, and unloading are needed for repeatable quality and reduced labor costs — especially when bending complex geometries at scale.
RAS Systems
Multibend-Center
The RAS Multibend-Center is a fully automatic panel bending center designed for high throughput, complex geometries, and repeatable sheet metal folding without manual intervention. Capable of automatically squaring blanks, performing multi-direction bends, and handling part loading and unloading options, the Multibend-Center accelerates production across small batches and large series alike.
Automated Production Workflow
The system can automatically load blanks (with various options including robot handling), square material, execute bending sequences, and unload finished parts — minimizing manual labor and increasing throughput.
The system can automatically load blanks (with various options including robot handling), square material, execute bending sequences, and unload finished parts — minimizing manual labor and increasing throughput.
Flexible Loading & Unloading Solutions
From gantry loaders with suction cup or QR scanning frames to robotic or palletizer systems, the Multibend-Center supports diverse material handling setups tailored to your workflow.
From gantry loaders with suction cup or QR scanning frames to robotic or palletizer systems, the Multibend-Center supports diverse material handling setups tailored to your workflow.
Part Unloading & Integration Options
Finished parts can be directed to downstream conveyors or stacking systems and integrated with automation cells for continuous production with minimal operator oversight.
Finished parts can be directed to downstream conveyors or stacking systems and integrated with automation cells for continuous production with minimal operator oversight.
RAS Systems
Multibend-Center
Ready to move forward?
Let's talk about what this equipment can do for your shop. Reach out and we'll guide you through the next steps.
