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Umprotech Robotic Press Brake Cell 110 Ton 12ft E22 CNC AVAILABLE

CNC Press Brake — USA Warranty & Support
Precio habitual $144,600.00 USD
Precio habitual Precio de oferta $144,600.00 USD
Oferta Agotado
Los gastos de envío se calculan en la pantalla de pago.

Bajas existencias: quedan 4

Robot Payload
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Descripción

Umprotech Robotic Press Brake Cell – 110 Ton, 12ft, E22 CNC

Fully integrated robotic press brake cell with 110 ton bending force, 12ft (144 inch) bending length, and E22 CNC controller. Designed for US job shops, OEMs, and automation-focused fabrication cells needing consistent throughput, reduced labor, and high-mix part flexibility.

Capacity: 110 ton · Bending Length: 12ft (144") · Controller: E22 CNC · Robot Payloads: 12kg / 25kg / 50kg

Key advantages for US buyers

  • 110 ton bending force handles a wide range of mild steel, stainless, and aluminum part requirements.
  • 12ft (144 inch) bending length enables large panels, cabinets, frames, and long part profiles.
  • Integrated 6-axis robot cell with payload options (12kg, 25kg, 50kg) for flexible part handling and lights-out production.
  • E22 CNC controller supports offline programming, adaptive bending (angle measurement), and high-mix/low-volume workflows.
  • Automatic gripper quick-change and stacker pallets streamline setup for different part sizes and geometries.
  • Comprehensive safety: safety PLC, light curtains, area scanner, and fume extraction for forming lubricants.

Key technical specifications

Bending force: 110 ton

Suitable for a broad range of material thicknesses and forming tasks, from brackets to large enclosures.

Bending length: 12ft (144 inch)

Accommodates long panels, doors, and structural profiles commonly used in fabrication and OEM production.

Controller: E22 CNC

Enables advanced program management, offline programming, and adaptive angle measurement for repeatable results.

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

Supports a range of part sizes and weights, with automatic gripper quick-change for fast changeovers.

Safety & automation: Safety PLC, light curtains, area scanner, fume extraction, sheet alignment table, stacker pallets.

Delivers operator protection and reliable unattended operation.

Programming: Offline programming, adaptive bending (angle measurement)

Reduces setup time and ensures consistent part quality across runs.

Capabilities & typical applications

This robotic press brake cell is ideal as a standalone automated forming solution or as part of an integrated fabrication line with lasers, saws, or welding cells. Engineered for shops facing labor shortages, high-mix production, and the need for consistent, unattended output.

  • Brackets, panels, doors, cabinets, frames, and structural profiles
  • Industries: job shops, OEMs, contract manufacturers, general metal fabrication
  • High-mix/low-volume production, repeat orders, and prototype runs
  • Flexible enough for both large and small part batches with rapid changeover

Configurations & options

Configure the Umprotech robotic press brake cell to match your shop’s part mix, throughput, and automation goals.

  • Robot payload options: 12kg, 25kg, or 50kg to suit part weight requirements
  • Automatic gripper quick-change for multi-part production
  • Stacker pallets and sheet alignment table for efficient material flow
  • Integrated safety PLC, light curtains, and area scanner for operator and cell safety
  • Fume extraction for forming lubricants
  • Offline programming and adaptive angle measurement as standard

Implementation & support for US shops

We work closely with US job shops and OEMs to ensure a smooth transition to robotic bending. Our team reviews your parts, material flow, and safety requirements to confirm fit and maximize ROI before purchase.

Support includes guidance on pre-install checks (power, floor, access), basic programming, tooling strategies, and operator training. We help your team ramp up quickly and confidently.

  • Pre-install planning: power, floor space, safety, and workflow review
  • Part and material fit confirmation for your applications
  • Training and commissioning for both operators and programmers

Next step: Send us sample parts or drawings, and we’ll confirm fit, cycle time, and optimal cell configuration for your needs.