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Umprotech Robotic Press Brake Cell 88 Ton 10ft E22 CNC AVAILABLE

CNC Press Brake — USA Warranty & Support
Precio habitual $130,200.00 USD
Precio habitual Precio de oferta $130,200.00 USD
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Bajas existencias: quedan 4

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Descripción

Umprotech Robotic Press Brake Cell – 88 Ton, 10ft, E22 CNC

Automate high-mix bending with this 88 ton, 10ft robotic press brake cell. Designed for US job shops, OEMs, and fabrication cells looking to boost throughput, consistency, and labor efficiency. Integrates a 6-axis robot, E22 CNC controller, and adaptive angle measurement for reliable, repeatable forming in demanding environments.

Capacity: 88 ton · Bending length: 10 ft (120 in) · Controller: E22 CNC · Robot payloads: 12kg, 25kg, 50kg

Key advantages for US buyers

  • Automated 6-axis robot cell with payload options (12kg, 25kg, 50kg) for flexible part handling and lights-out operation.
  • 88 ton bending force and 10ft (120 inch) bending length cover most panel, frame, and bracket jobs in contract manufacturing.
  • E22 CNC controller enables precise, repeatable bends and supports offline programming for faster setups.
  • Integrated adaptive angle measurement ensures accuracy across batch runs and material variations.
  • Quick-change gripper system and sheet alignment table minimize downtime between part numbers and setups.
  • Safety PLC, light curtains, and area scanner provide robust operator and robot safety compliance.

Key technical specifications

Bending force: 88 ton

Suitable for a wide range of mild steel, stainless, and aluminum thicknesses typical in fabrication and OEM work.

Bending length: 10 ft (120 in)

Handles large panels, cabinets, and structural parts up to 10 feet long.

Controller: E22 CNC

Supports advanced programming, offline setup, and adaptive forming routines.

Robot cell: 6-axis, payloads 12kg / 25kg / 50kg

Choose the right robot for your part sizes and weights.

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

Meets modern safety standards and supports clean, automated forming with lubricants.

Additional features: Quick-change gripper, stacker pallets, sheet alignment table, adaptive angle measurement, offline programming

Engineered for high-mix, high-uptime robotic bending.

Capabilities & typical applications

This robotic press brake cell is designed to automate repetitive, high-mix bending jobs, whether as a standalone forming cell or integrated with upstream laser/punch lines and downstream welding or assembly.

  • Brackets, panels, and cabinets for machinery, electrical, and HVAC industries
  • Frames and structural members for OEM and contract manufacturing
  • High-mix/low-volume production where rapid changeover and consistent accuracy are critical
  • Cells supporting fiber laser, turret punch, or saw workflows
  • Automated bending for prototypes, repeat orders, or lights-out shifts

Configurations & options

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

  • Robot payload options: 12kg, 25kg, or 50kg to match part size and weight
  • Standard E22 CNC controller with offline programming
  • Integrated safety PLC, light curtains, and area scanner as standard
  • Automatic gripper quick-change and stacker pallets for flexible job runs
  • Sheet alignment table and adaptive angle measurement included
  • Fume extraction for forming lubricants

Implementation & support for US shops

We work closely with US job shops, OEMs, and automation integrators to ensure a smooth transition to robotic bending. Our team reviews your parts, materials, and floor layout to confirm the optimal configuration before purchase.

We provide guidance on pre-installation checks (power, floor, material flow, safety), initial programming, tooling selection, and operator training—so your team is productive from day one.

  • Application review: send us sample parts or drawings to confirm fit and cycle time
  • Support for integrating with existing laser, punch, saw, and welding processes
  • On-site commissioning and training available

Next step: Contact us with your part drawings or production goals, and we’ll recommend the right robot payload and cell configuration for your shop.