UTE Launches Electric Hybrid and Hydraulic CNC Tube Benders

Unmatched Accuracy and Efficiency in Tube Forming

In today's manufacturing landscape where precision and productivity are paramount, CNC tube bending machines have emerged as critical tools across industries from automotive to aerospace. These computer-controlled systems deliver repeatable accuracy while significantly reducing production cycles and operational costs.

Diverse Drive Technologies for Varied Applications

Modern tube bending solutions offer three primary drive configurations, each optimized for specific requirements:

• All-Electric CNC Tube Benders: Utilizing servo motor technology, these systems achieve micron-level precision with superior energy efficiency and minimal maintenance demands.
• Hybrid CNC Tube Benders: Combining electric axis control with hydraulic power, these machines balance precision with high-torque capability for demanding applications.
• Hydraulic CNC Tube Benders: Engineered for heavy-duty operations, these robust systems handle large-diameter and thick-walled tubing with exceptional durability.

Select Series Hybrid Machines: Performance Meets Value

The hybrid series represents an optimal balance between capability and cost-effectiveness, featuring:

• Stabilized power filtration systems for consistent operation
• Vibration-isolated electrical cabinets with service-friendly layouts
• Integrated cooling systems for continuous high-load performance
• Comprehensive safety systems including emergency stops and operator protection
• Advanced motion control with smooth start/stop functionality
• Multi-axis coordination for optimized production efficiency

Model Specifications (4-Axis Hybrid Series)

Advanced Control Systems and Software

The BendPro G2 V3 control platform offers:

• CAD/STEP file import capability
• Closed-loop bending correction with CMM integration
• Automation interfaces for robotic loading systems
• Programmable pressure control for optimized forming

Hydraulic Series: Heavy-Duty Performance

Designed for industrial-scale operations, hydraulic models feature:

• Bi-directional bending capability
• Hydraulic clamping with drop-away functionality
• Adjustable pressure die retraction
• Multi-radius tooling configurations

Technical Considerations for Equipment Selection

Key factors in choosing appropriate tube bending equipment include:

• Maximum tube diameter and wall thickness requirements
• Required bending radii and geometric complexity
• Production volume and cycle time targets
• Material characteristics and forming challenges

Modern CNC tube bending technology continues to push boundaries in manufacturing precision, enabling the production of increasingly complex components while maintaining stringent quality standards across high-volume production runs.