Automated Bending for Busbar Applications

The CNC 40 Robibend sets new standards in flexible, automated tube bending technology. By combining a CNC bending head with a fully integrated robotic system, the machine enables highly variable bending sequences and complex geometries within a single, synchronized process.

Designed for demanding applications such as busbars in electromobility, the CNC 40 Robibend combines precise bending performance with an exceptionally high degree of process freedom. The result is a powerful solution for users who require maximum flexibility, efficiency, and automation while maintaining consistently high quality levels.

Visit us in Cologne for a live demo including test bending as well as a comprehensive technical introduction.

Advanced control technology

Equipped with our newest NxG machine control, the system offers:

  • Automatic radius adjustment directly controlled via the CNC
  • Simultaneous movement of all axes for faster cycle times
  • Extensive configuration and monitoring options
  • Intuitive operation for highly efficient setup

This ensures reliable repeatability, shorter production times, and consistent bending quality—even in demanding environments.

Maximum Flexibility Through Fully Integrated Robotics:

A key feature of the CNC 40 Robibend is the seamless integration of the robotic system and the bending machine into a single, synchronized unit. All movements are controlled directly via a shared interface through the bending program—no separate teaching process is required. The specially developed gripper system aligns the tube with precise rotational accuracy, while the robot freely moves the workpiece in space and feeds it into the tooling from variable angles. This enables complex, multi-dimensional bending sequences that cannot be achieved with conventional machine concepts.

In combination with the new NxG 2.0 control generation, the CNC 40 Robibend brings together intelligent automation, high process reliability, and a future-oriented operating and system architecture.

Technical Data

Max. Ø 40 mm
Min. Ø 6 mm
Max. Section Modulus 2.2 cm³
Max. Bending Radius (Multi‑Stack) 125 mm