In metal fabrication, automation success depends on more than just adding robots; it requires flexibility, reliability, and solutions that reflect how factories actually operate.
Press brake tending is a prime example. It’s physically demanding, repetitive, and increasingly difficult to staff. Manufacturers across the industry have shared the same concern: How do we keep presses running consistently without relying on scarce manual labor?
That challenge helped drive the development of Acieta’s Robotically Integrated Bending Solution (RIBS), a modular press brake automation platform designed to support high-mix production environments. At the core of that flexibility is robotic tool changing.
Acieta designs the overall bending solution, and we ensure they have the reliable, modular tool changer backbone needed to support multiple grippers, fixture styles, and different part families. It’s a deep technical partnership, and together we enable robotic cells that operators can trust to run safely and consistently across long production windows.
Our tool changer technology enables robots to switch automatically between multiple end-of-arm tools, including pneumatic grippers, vacuum tooling, and custom fixtures, without stopping production. This allows a single robotic cell to handle varying part sizes, materials, and bend sequences while maintaining safety and cycle-time performance.
RIBS evolves with each manufacturer’s needs. Beyond tool changing, Acieta integrates capabilities such as automated part feeding and stacking, vision-guided orientation, adaptive programming, and quality-check triggers. Together, these elements create an automation system that can scale from today’s parts to tomorrow’s product lines.
What makes this approach successful is partnership. By working closely with integrators and designing our products around real manufacturing pain points, from labor shortages, ergonomic risk, to uptime pressure, we help deliver solutions that truly move the needle on the factory floor.
This is innovation that matters: technology that improves safety, consistency, and productivity while giving manufacturers a clear path to long-term competitiveness.
Read the whole story in our most recent InMotion publication.
