HARSLE FlexBend 11032 CNC Press Brake
HARSLE FlexBend 11032 CNC Press Brake
HARSLE FlexBend 11032 CNC Press Brake — 110T / 3200mm
HARSLE FlexBend 11032 CNC Press Brake — 110T / 3200mm
HARSLE FlexBend 11032 CNC Press Brake — 110T / 3200mm
HARSLE FlexBend 11032 CNC Press Brake
HARSLE FlexBend 11032 CNC Press Brake — 110T / 3200mm
HARSLE FlexBend 11032 CNC Press Brake — 110T / 3200mm
HARSLE FlexBend 11032 CNC Press Brake — 110T / 3200mm

HARSLE FlexBend 11032 CNC Press Brake — 110T / 3200mm

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HARSLE FlexBend 11032 CNC Press Brake
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Adaptive flexibility meets intelligent control, engineered for complex bending.

Part of HARSLE's FlexBend series — Versatile Multi-Axis Solutions, built for complex sheet metal fabrication, high-mix production.

This 11032 configuration delivers 110 tonnes (1100 kN) of bending force across a 3200mm bending length.

  • Intelligent graphical programming with automatic collision detection
  • DELEM 58Tx / DELEM 53Tx touchscreen control
  • AC motor or servo motor drive options
  • BG-2 (X+R) or BG-4 (X+R+Z1+Z2) programmable back gauge
  • Offline programming software with 2D/3D simulation
  • Three-step, AMADA-style or hydraulic fast clamping
  • Front support system for large workpieces
  • Laser protection supplied as standard

CNC Control Options

  • DELEM 58Tx: 18.5-inch touchscreen with graphical programming, bending-process calculation and collision checking.
  • DELEM 53Tx: 15.6-inch touchscreen with integrated 2D programming for intuitive, accurate operation.

Drive System

  • AC Motor: High-performance AC motor delivering strong torque, superior efficiency and smooth precision.
  • Servo Motor: High-performance servo motor provides precise, energy-efficient hydraulic power with near-zero standby consumption.

Back Gauge System

BG-2 (X+R axis) handles standard bending reliably; BG-4 (X+R+Z1+Z2 axis) adds the multi-dimensional positioning needed for complex bending applications.

Offline Programming Software

Create bending programs with advanced offline simulation, from 2D layouts to full 3D visualization, cutting setup time and eliminating trial-and-error.