SUPERIOR BeamX 500 German-Engineered High-Precision Laser Cutting for Flat Steel, Angles, and Structural Profiles

SUPERIOR BeamX 500 German-Engineered High-Precision Laser Cutting for Flat Steel, Angles, and Structural Profiles

The SUPERIOR BeamX 500 completely replaces fragmented production lines by consolidating cutting, drilling, hole-making, and layout marking into a single, compact machine footprint. Designed to process flat bars, geometric angles, and structural profiles, this German-engineered marvel transitions your workshop from tedious double-handling to streamlined, automated throughput.

Unlike traditional systems that shift the material during processing, the BeamX 500 keeps the raw steel completely stationary while an intelligent, 90-degree laser cutting head rotates smoothly up to 250 degrees around it. This eliminates structural vibrations and material twisting for flawless, high-precision edge finishes.

  • Unmatched Safety & Compliance: A fully enclosed processing cabin keeps hazardous laser radiation and flying sparks safely isolated from your workforce, exceeding strict local safety benchmarks.
  • High-Speed Execution: Delivers blistering positioning movements up to 80 m/min and precision cutting speeds up to 30 m/min.
  • Zero Tailing Waste: Intelligent nesting algorithms and single-piece processing fully utilise every millimeter of your stock, driving down material overheads.
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In high-pressure structural fabrication, handling efficiency dictates your profit margins. Traditional workflows force steel through multiple standalone saws, separate drill lines, and layout tables, wasting vital man-hours on crane dependencies and material logistics.

The SUPERIOR BeamX 500 destroys these bottlenecks. By combining multi-axis fibre laser technology with smart automated material handling, it executes complex profile processing in a single rigid setup.

Core Innovation: The Stationary Advantage

Material twist, alignment slips, and surface scuffing occur when heavy steel is aggressively driven back and forth. The BeamX 500 solves this through its state-of-the-art static-bed architecture:

  • 0 to 250° Rotating Disc Unit: The raw steel profile sits firmly clamped in position while the servo-motorised main frame turns the laser cutting assembly smoothly around the workpiece.
  • Bi-Directional Clamping Rollers: Up to 16 hardened hydraulic rollers firmly stabilise the profile on both horizontal and vertical axes to dampen cutting vibrations.
  • Repeatable Micronic Accuracy: By eliminating part slippage, the machine achieves a staggering X/Y axes repeatability of ±0.03 mm/m.

Technical Parameters & High-Performance Specs

The engineering framework of the BeamX 500 is built for continuous, industrial-scale deployment. Its heavy-duty design features a 27,000 kg total structure optimised through Finite Element Method (FEM) simulation to guarantee dimensional stability.

Specification Technical Capability
Material Profile Capacity

Flat bars, geometric angles, H-beams, and hollow structural sections

Automatic Infeed Length

2,500 mm to 12,000 mm

Maximum Feed Speed

80 m/min

Standard Resonator Power

12 kW Maxphotonics Fibre Laser (optimised for carbon steel)

High-Performance Upgrade

Optional upgrade to a heavy-duty 20 kW laser source

CNC Control System

Windows-based PC architecture with an intuitive touchscreen HMI

Built for Industrial Compliance and Longevity

Cheap, open-frame laser cutters present severe legal, financial, and biosecurity risks in highly regulated markets. The SUPERIOR BeamX 500 is engineered from the ground up for strict regulatory compliance:

  • Fully Enclosed Safety Cell: Eliminates external optical dangers and safely retains toxic particulates.
  • Integrated Fume Extraction: A high-volume zoned dust and exhaust collector filters smoke directly at the cutting point.
  • Central Auto-Lubrication Circuit: Automatically maintains vital transmission elements, rack-and-pinion paths, and linear guideways to ensure an extended machine service life.

Intelligent Software & Automation Integration

Equipped natively with Lantek Flex3D SteelWork, the BeamX 500 lets operators quickly design standard sections or import complex structures directly from third-party CAD systems via standard DSTV files.

  • Real-Time Collision Prevention: The software actively simulates cutting trajectories in 3D, highlighting or automatically avoiding potential nozzle interference.
  • Dynamic Power Regulation: The system continuously adjusts fibre laser output power during acceleration and deceleration phases, preventing over-burning on corners and preserving clean edge geometries.
  • Automated Product Sorting: An integrated smart outfeed system tracks part separation and routes finished components onto an unloading rack, automatically clearing the work zone for the next batch.

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