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Umprotech Robotic Press Brake Cell 125 Ton 12ft E22 CNC AVAILABLE

CNC Press Brake — USA Warranty & Support
Precio habitual $148,400.00 USD
Precio habitual Precio de oferta $148,400.00 USD
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Bajas existencias: quedan 4

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Descripción

Umprotech Robotic Press Brake Cell – 125 Ton, 12ft, E22 CNC

Fully integrated robotic press brake cell for automated, high-mix metal forming. 125 ton bending force and 12ft (144 inch) bending length with E22 CNC controller and 6-axis robotic handling. Designed for US job shops, OEMs, and fabricators seeking to boost throughput, consistency, and labor efficiency in bending operations.

Capacity: 125 ton · Bending length: 12ft (144 inch) · Controller: E22 CNC · Robot payloads: 12kg / 25kg / 50kg

Key advantages for US buyers

  • 125 ton bending force handles a broad range of steel and aluminum parts for industrial and OEM applications.
  • 12ft (144 inch) bending length accommodates large panels, frames, and long profiles.
  • Integrated 6-axis robot cell with automatic gripper quick-change supports flexible, unattended production and rapid part changeovers.
  • E22 CNC controller enables precise, repeatable programming and offline job setup.
  • Adaptive bending with angle measurement ensures consistent results across variable material batches.
  • Comprehensive safety: safety PLC, area scanner, light curtains, and fume extraction for operator and process protection.

Key technical specifications

Bending force: 125 ton

Capable of forming medium to heavy gauge steel, stainless, and aluminum parts in a single setup.

Bending length: 12ft (144 inch)

Supports large-format panels, doors, and chassis up to 12ft in length.

Controller: E22 CNC

Intuitive programming, offline job creation, and support for adaptive bending cycles.

Robot cell: 6-axis, payload options: 12kg, 25kg, 50kg

Handles a wide variety of blanks and finished parts, with automatic gripper quick-change and stacker pallets for continuous operation.

Safety & automation: Safety PLC, area scanner, light curtains, fume extraction

Meets modern safety standards for robotic forming cells.

Adaptive bending: Integrated angle measurement

Real-time adjustment for material variation and consistent bend accuracy.

Capabilities & typical applications

This robotic press brake cell is ideal as a standalone automated bending system or as part of a larger fabrication line with fiber lasers, saws, or welding stations. It excels in high-mix, low-labor environments where repeatability and throughput are critical.

  • Forming panels, brackets, enclosures, frames, and structural profiles up to 12ft long
  • Serving industries such as contract manufacturing, machinery, HVAC, metal fabrication, and OEM production
  • Automating short-run, high-mix jobs with rapid changeover and minimal manual intervention
  • Supporting integration into robotic welding or finishing cells for end-to-end automation

Configurations & options

The Umprotech robotic press brake cell can be tailored for your production needs, with multiple robot payload capacities and flexible automation features.

  • Robot payload options: 12kg, 25kg, or 50kg to suit part size and weight
  • Standard E22 CNC controller with offline programming and adaptive bending
  • Integrated safety features: area scanner, safety PLC, light curtains
  • Automatic gripper quick-change and stacker pallets for high-mix production
  • Fume extraction system for forming lubricants

Implementation & support for US shops

We work closely with US job shops and OEMs to ensure every robotic press brake cell is properly specified and integrated. Our team reviews your parts, material flow, and floor plan to confirm fit and productivity before purchase.

We assist with programming basics, tooling selection, bend sequencing, and safety integration. Training and commissioning are coordinated to get your team productive quickly and safely.

  • Pre-installation review: power, floor, and material handling
  • Part and process validation for your specific jobs
  • On-site or remote training for operators and programmers

Next step: Send us your sample part drawings (DXF/STEP/PDF) and we’ll confirm fit, cycle time, and optimal configuration for your operation.