H-section Steel Fiber Laser Cutting Machine
The bed is formed through multiple processes including welding, heat treatment, rough machining, precision machining, and painting.
The beam adopts a welded structure. It undergoes rough machining after stress-relief annealing, followed by precision machining after secondary vibration aging treatment. This process effectively eliminates stresses induced by welding and machining, significantly enhancing the machine tool’s stability.
The dual-station setup allows one station to perform cutting while the other simultaneously handles loading/unloading via crane, significantly reducing idle time for material handling.
Protective sheet metal panels are installed on both sides of the beam, covered with a flame-resistant plate to prevent splattering of molten slag during cutting. Additionally, the equipment is equipped with cameras for real-time monitoring of the cutting process.
Real-time profile size measurement and compensation prevent cutting misalignment, head collisions, and incomplete cuts. The nesting software seamlessly interfaces with Tekla for efficient drafting and material layout.
The 3D 5-axis technology delivers ultra-high efficiency, achieving processing speeds up to 15 times faster than manual operations.
A one-stop solution for steel structure fabrication, capable of processing both plates and profiles for composite welded sections. In addition to straight cutting, it performs bevel cutting – multiple machining requirements fulfilled by a single machine.
Die Verarbeitung wird optimiert, um intelligenter, sicherer, bequemer und effizienter zu sein, indem sie sich an die realen Schnittbedingungen anpasst.
the Bochu steel section cutting system, adopts a visual coarse positioning + visual fine positioning method. It uses the BCW contour scanner to measure and compensate for the deviation between the steel section workpiece and the drawing in real time, ensuring processing accuracy and stability, and avoiding cutting misalignment and head collision problems caused by the inconsistency between the drawing and the actual workpiece.
Precise tool path compensation for both flanges and web plates minimizes thermal deformation while producing smooth, single-pass cuts. This eliminates complex secondary processes and reduces labor costs.
automatic adjustment of contour parameters + interference detection of the cutting head model.
Die Schnittqualität kann durch die Sensoren der Ausrüstung beurteilt werden, und die Parameter können in Echtzeit angepasst werden, um die Schnittleistung und Stabilität zu verbessern.
Mehr erfahren
Verbesserung der Effizienz30%
Intelligenter Schutz und sichere Produktion
Der intelligente Fasenschneidkopf kann einen ±45°-Fasenschnitt durchführen und mehrere Fasen auf einmal formen, was die Effizienz des Schneidens verdoppelt.
H-section Steel Fiber Laser Cutting Machine
Bereich Verarbeitung
35000×4550×3000mm
Steel processing range
100mm≤b≥400mm
100mm≤h≥1000mm
Bereich Verarbeitung
32000×7000×3700mm
Steel processing range
100mm≤b≥400mm
100mm≤h≥1000mm
Sheet metal processing range
3000×25000mm
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Sie erhalten innerhalb eines Werktages eine Antwort.