AMOB eMOB LR Series – Compact Left and Right CNC Tube Bending Technology
Fast | Precise | Cost-Effective | From 5 mm to 32 mm OD
The eMOB Left and Right (LR) Series from AMOB delivers high-performance fully electric CNC tube bending with an intelligent left/right cycle switch — making it the ideal choice for precision bending of small-diameter tubes with larger radii and thinner wall thicknesses.
With multi-stack tooling, high-speed cycle times, and best-in-class energy efficiency, the eMOB LR series is perfectly suited for high-accuracy industries such as HVAC, furniture, automotive components, medical equipment, and more.
BENDING CAPACITIES:
• eMOB 16 LR – up to 16 mm OD
• eMOB 32 LR – up to 32 mm OD
KEY FEATURES:
• Left & Right bending capability (no wiper die needed)
• Multi-radius bending in a single cycle
• Bend-on-bend part production
• Compact footprint – maximum performance, minimum space
• Carriage booster enables CLR < 1xD and reduces clamp marks
• Spring back compensation and real-time “in-cycle” corrections
• Stores tooling setups and runs 3D anti-collision simulations
• Full interpolation of all axes via absolute servo motors
• Remote diagnostics & motion control system for smart monitoring
WHY CHOOSE THE eMOB LR Series?
If you're looking for a compact, affordable, and fast electric CNC tube bender that doesn’t compromise on output or technology, this is your answer. You’ll get the precision and repeatability of a top-tier bender, with the agility and simplicity needed for high-speed production environments.
• Energy Efficiency – Electric motors only draw power when needed. Save up to 70% compared to hydraulic systems
• Speed & Flexibility – Optimised cycle times with full synchronisation of axes
• Small Footprint, Big Results – High performance in tight factory layouts
• Online Service Support – Full remote access for diagnostics and updates
• Engineered in Portugal | Delivered by AMOB UK | Supporting Australian manufacturing through Machines4U
• Enquire now for machine availability, ROI estimates, or demo scheduling.