Ir directamente a la información del producto
1 de 1

Umprotech Robotic Press Brake Cell 33 Ton 5ft E22 CNC AVAILABLE

CNC Press Brake — USA Warranty & Support
Precio habitual $93,900.00 USD
Precio habitual Precio de oferta $93,900.00 USD
Oferta Agotado
Los gastos de envío se calculan en la pantalla de pago.

Bajas existencias: quedan 6

Robot Payload
Cantidad
Ver todos los detalles

Descripción

Umprotech Robotic Press Brake Cell – 33 Ton, 5ft, E22 CNC

Automate precision bending with a 33 ton, 5ft robotic press brake cell engineered for US job shops, OEMs, and high-mix fabrication. Integrated E22 CNC controller, 6-axis robot, and advanced safety deliver consistent throughput and ROI for lights-out forming.

Bending force: 33 ton · Bending length: 5 ft (60 in) · Controller: E22 CNC · Robot payloads: 12kg / 25kg / 50kg

Key advantages for US buyers

  • Automated bending cell with 33 ton capacity and 5ft (60 inch) bending length for small to mid-size parts.
  • Integrated 6-axis robot with payload options (12kg, 25kg, 50kg) for flexible part handling and future-proofing.
  • E22 CNC controller enables offline programming and adaptive bending with angle measurement for repeatable accuracy.
  • Includes automatic gripper quick-change, stacker pallets, and sheet alignment table for uninterrupted production runs.
  • Comprehensive safety: safety PLC, light curtains, area scanner, and fume extraction for forming lubricants.
  • Ideal for lights-out manufacturing, high-mix/low-volume jobs, and reducing manual labor in forming cells.

Key technical specifications

Bending force: 33 ton

Handles a range of light-gauge to medium sheet metal forming jobs common in contract manufacturing and OEM production.

Bending length: 5 ft (60 in)

Suitable for brackets, panels, enclosures, and small to mid-size frames.

Controller: E22 CNC

Supports offline programming, adaptive angle measurement, and efficient job setups.

Robot cell: 6-axis robot

Available with 12kg, 25kg, or 50kg payload to match part sizes and stacking requirements.

Automation features:

Automatic gripper quick-change, stacker pallets, sheet alignment table, and integrated fume extraction.

Safety:

Safety PLC, light curtains, area scanner, and full fencing for operator and robot protection.

Capabilities & typical applications

This robotic press brake cell is designed for standalone forming automation or as an integrated station in a laser-to-bend workflow. It supports efficient handling of high-mix, repeat, or prototype jobs with minimal manual intervention.

  • Brackets, panels, and small enclosures for machinery, HVAC, and electronics.
  • Frames and profiles for general fabrication and contract manufacturing.
  • Ideal for shops automating repetitive bending or seeking lights-out production.
  • Supports flexible part sizes and stacking requirements with multiple robot payloads.

Configurations & options

Configure the Umprotech robotic press brake cell to fit your part mix and workflow. Choose the robot payload that matches your heaviest parts and stacking needs.

  • Robot payload options: 12kg, 25kg, or 50kg for different part sizes and handling requirements.
  • Standard E22 CNC controller with offline programming and adaptive bending.
  • Integrated safety: fencing, area scanner, safety PLC, and light curtains.
  • Automatic gripper quick-change system and stacker pallets included as standard.
  • Sheet alignment table and fume extraction for forming lubricants included.

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, stacking, and material flow to confirm fit and optimize cell layout before purchase.

We support you with basic programming, tooling strategies, and training so your team is productive from day one. We can also review your current process (press brake, laser, welding) to ensure this cell fits your workflow.

  • Pre-installation review: power, floor, safety, and access requirements.
  • On-site commissioning and operator training available.
  • Next step: send us a few sample parts (DXF/STEP/PDF) and we’ll confirm fit, cycle time, and configuration.