eMOB 63 2 Bend: Fully Electric CNC Tube Benders with Rotative Head

Advanced Left/Right CNC Tube Bender | Up to 63 mm OD | Maximum Capability
The eMOB 63 2 Bend is the largest and most powerful model of the series, built for industries requiring complex parts on larger diameters. With unmatched precision, high repeatability, and zero-waste operation, it excels in heavy-duty environments without compromising speed.
• Tube capacity: up to 63 mm OD
• Designed for aerospace, shipbuilding, and heavy automotive sectors
• In-cycle left/right bending with no re-positioning
• Full Industry 4.0 compatibility with remote diagnostics


Robust, precise, and reliable — the eMOB 63 2 Bend sets the benchmark for high-performance dual-direction bending.





AMOB eMOB 2 Bend Series – The Ultimate in Precision, Flexibility and Dual-Direction Bending
Double the flexibility | Zero compromise on precision | 5 mm to 63 mm OD

The AMOB eMOB 2 Bend Series is the most advanced solution in our fully electric tube bending range. Building on the proven technology of the standard eMOB machines, the 2 Bend version introduces a fully rotative head, enabling left and right bending in-cycle using two complete sets of tooling.
This powerful feature allows for highly complex tube geometries to be bent within a single operation – without reorientation or part repositioning – and dramatically reduces cycle times and setup complexity. Processing tube diameters from Ø5mm up to Ø63mm, the eMOB 2 Bend Series offers industry-leading performance in sectors where high accuracy and minimal deformation are non-negotiable.



Key Features
• Dual-Direction Bending: Left and right bending in the same cycle with a rotative head for complex forms and multi-plane geometries.
• Two Sets of Tooling: Full multi-stack tooling available on both sides of the rotative head – up to 8 tools per stack.
• Tube Capacity Ø5mm to Ø63mm: Ideal for applications requiring precision on smaller tubes with challenging profiles.
• Fully Electric Motion: 11-axis interpolated movement powered by high-efficiency servo motors.
• Tight CLR Bending (