e-DS65
Industrial CNC tube bending solution for demanding production workflows.
Positioning
This model is designed for manufacturers seeking stable quality, productivity and process flexibility in tube bending and end-forming workflows.
Technical specifications

- Bending capacity : 65 x 3 mm
- Max average radius : 260 mm
- Max vertical head stroke : 260 mm
- Electric axis accuracy : ± 0,05
- X carriage speed : 1000 mm/s
- Y bending speed : 95°/s
- Z rotation speed : 400°/s
- Max tube length with front stop : 4000 mm
- Max tube length with rear stop : 5500 mm
- Footprint : L 7300 x l 1680 x H 1480 mm
- Working height : 1100 mm
- Weight : 4900 kg
Target outcomes
- High repeatability over long production runs.
- Consistent geometric quality on bent parts.
- Flexible setup for multiple references.
- Industrial reliability with scalable automation options.
Functions / options
- Configurable automation levels according to your workshop constraints.
- Digital workflow integration and simulation capabilities.
- Remote support and production-oriented assistance.
- Tooling adaptation based on part geometry and material.
Activity sectors
Automotive, HVAC, Aerospace, Naval, Medical, Furniture, Construction, Cycle
Photos, descriptions and technical data are indicative and non-contractual.
Related activity sectors
FAQ — e-DS65
What type of production is this machine suitable for?
This model is designed for industrial environments that require repeatability, precision and consistent cycle times.
Can the machine be adapted to specific parts?
Yes. Tooling, process settings and automation options can be configured according to geometry, material and cadence targets.
Can Sportelli.Tech support implementation and ramp-up?
Yes. We provide technical support from specification to commissioning, including process optimization and operator guidance.
Target SEO queries
- tube bending machine e-ds65
- CNC tube bender e-ds65
- tube end forming e-ds65
Need a quotation?
Tell us your tube dimensions, material and target throughput. Contact us.

