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Umprotech Robotic Press Brake Cell 200 Ton 16ft E22 CNC AVAILABLE

CNC Press Brake — USA Warranty & Support
Precio habitual $185,200.00 USD
Precio habitual Precio de oferta $185,200.00 USD
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Bajas existencias: quedan 3

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Descripción

Umprotech Robotic Press Brake Cell – 200 Ton, 16ft, E22 CNC

A fully integrated robotic press brake solution for high-throughput US fabrication shops, OEMs, and automation-driven cells. Delivers 200 ton bending force across a 16ft (192 inch) bed, with E22 CNC control and a 6-axis robot cell for lights-out forming, repeatability, and safety.

Bending force: 200 ton · Bending length: 16 ft (192 inch) · Controller: E22 CNC · Robot payloads: 12kg / 25kg / 50kg

Key advantages for US buyers

  • 200 ton bending force handles large-format parts and thick materials with confidence.
  • 16ft (192 inch) bed length supports long panels, frames, and formed assemblies.
  • Integrated 6-axis robot cell enables fully automated loading, forming, and unloading for consistent throughput.
  • E22 CNC controller provides precise, repeatable bending with offline programming and adaptive angle measurement.
  • Automatic gripper quick-change and stacker pallets support high-mix, low-volume production and rapid job changeover.
  • Comprehensive safety with fence/area scanner, safety PLC, and light curtains for operator protection and compliance.

Key technical specifications

Bending force: 200 ton

Capable of forming heavy-gauge steel, aluminum, and stainless parts for demanding applications.

Bending length: 16 ft (192 inch)

Ideal for large panels, enclosures, structural frames, and long-format components.

Controller: E22 CNC

Enables advanced programming, adaptive angle measurement, and offline job setup.

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

Supports a range of part sizes and weights for flexible automation.

Safety features: Fence/area scanner, safety PLC, light curtains

Ensures safe operation in automated and collaborative environments.

Additional features: Automatic gripper quick-change, stacker pallets, sheet alignment table, fume extraction

Optimizes material handling, setup efficiency, and operator safety.

Capabilities & typical applications

This robotic press brake cell is designed as a central forming hub for high-throughput fabrication lines, seamlessly integrating with upstream laser cutters, saws, and downstream welding or assembly operations.

  • Large panels, cabinets, and enclosures for electrical, HVAC, and machinery applications
  • Structural frames, chassis, and profiles for OEM and contract manufacturing
  • Brackets, supports, and custom-formed components for job shops and automation cells
  • High-mix/low-volume production with frequent part changeovers and repeat orders
  • Lights-out forming and unattended shifts to maximize machine uptime

Configurations & options

The Umprotech robotic press brake cell can be tailored to your shop's material flow and part mix with multiple robot payload options and automation features.

  • Available robot payloads: 12kg, 25kg, or 50kg for different part sizes and weights
  • Standard E22 CNC controller with offline programming and adaptive bending
  • Automatic gripper quick-change for flexible job setups
  • Stacker pallets and sheet alignment table for efficient material handling
  • Comprehensive safety package: fence/area scanner, safety PLC, light curtains
  • Fume extraction system for forming lubricants

Implementation & support for US shops

Our team works closely with US job shops and OEMs to ensure a smooth transition to robotic bending. We review your parts, materials, and floor plan to confirm fit and workflow before purchase. We assist with programming, tooling selection, and bend sequencing for your typical jobs, and coordinate on-site training so your team is productive from day one.

  • Pre-installation review: power, floor space, material flow, and safety compliance
  • Application engineering support: sample part review, cycle time estimates, bend sequence optimization
  • Training and handover: controller operation, robot cell setup, and safety procedures

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