Products

First Fiber Laser Steel Rule bending System

Description

The World’s First Fiber Laser Steel Rule Processing System
UltraBender FiberX is the world’s first automatic steel rule bending and processing machine that replaces conventional mechanical punching tools with an integrated fiber laser system.

Multiple patents are pending.
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Instead of relying on numerous dedicated punching tools, FiberX performs complex rule processing using high-speed laser technology while preserving UltraBender’s proven mechanical bending accuracy. The result is a revolutionary manufacturing platform that offers unprecedented flexibility, lower maintenance and significantly reduced tooling requirements.

Features

Revolutionary Fiber Laser Processing
The integrated 2 kW IPG Fiber Laser performs a wide range of operations directly on the steel rule, including:

  • Bridge cutting
  • Start & End cuts
  • Perforation
  • Micro perforation
  • Cut-Crease
  • Nicking
  • Circles
  • Slots
  • Complex internal geometries
  • Laser engraving
  • Customer-specific shapes

Since no dedicated punching tools are required for these operations, machine setup is dramatically simplified while allowing virtually unlimited geometry creation.

Mechanical Broaching – Where It Matters
While FiberX replaces traditional punching tools with laser technology, broaching is intentionally performed mechanically.
UltraBender uses its proven high-precision broaching wheels developed over many years of industrial experience.
Available broaching operations include:

  • V-Broaching (120° / 150°)
  • Flat Broaching (2 mm / 4 mm)
  • Start & End Broaching
  • Side Broaching
  • Various angle broaching operations

Mechanical broaching delivers the highest possible edge quality while completely eliminating laser consumption during these operations.

This next-generation technology redefines automatic steel rule manufacturing by combining the flexibility of fiber laser processing with the precision of UltraBender’s proven mechanical engineering. Designed for die makers who want to reduce tooling costs, increase production flexibility and stay ahead of future manufacturing demands.

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