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Talos Series Three Chuck Fiber Laser Tube Cutting Machine for Construction Structural Steel Processing
| MOQ: | 1セット |
| 価格: | USD 50000-150000 / Set |
| 標準梱包: | 防錆保護フィルム付きの標準輸出用木製ケース、真空パックされたレーザー光源コンパートメント |
| 配達期間: | 30～45営業日 |
| 支払方法: | T/T、L/C、ウェスタンユニオン |
| 供給能力: | 毎月20セット |
タロスシリーズ3 チャックレーザーチューブカット機
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Talos Series Three Chuck Tube Laser Cutting Machine — Construction & Structural Steel Fabrication
Product Description
The HGSTAR Talos Series Three Chuck Fiber Laser Tube Cutting Machine is a heavy-duty solution designed for the demanding requirements of the construction and structural steel industry. Purpose-built for processing large-diameter, thick-wall structural tubes used in building frameworks, stadium structures, bridge components, curtain wall systems, staircases, guardrails, and architectural metalwork, this machine combines raw cutting power with precision engineering.
With a maximum tube diameter capacity of 360mm (round) and 250mm (square), and laser power options up to 6000W, the Talos Series can cleanly cut structural steel tubes up to 12mm wall thickness in a single pass. The three-chuck pneumatic clamping system ensures zero slippage on heavy structural sections weighing up to 200kg/m, while the automatic tube support rollers prevent sagging on long 6.5m–9m workpieces. The auto-focus cutting head automatically compensates for material surface variations common in hot-rolled structural sections, maintaining consistent kerf quality throughout the cutting cycle.
Key Advantages for Construction Industry
- Heavy-Duty Material Handling: Reinforced roller support beds and pneumatic clamps handle structural tubes up to 360mm OD with wall thickness up to 12mm, eliminating the need for overhead cranes during standard loading operations.
- Bevel Cutting for Weld Preparation: Integrated 3D bevel cutting head produces precise chamfers (0–45°) for full-penetration welding joints, eliminating separate machining steps for structural weld preparation.
- Multi-Process Consolidation: Replaces drilling, milling, sawing, and punching in a single setup. Cut holes, slots, copes, miters, and complex joint profiles with one machine — dramatically reducing workflow complexity for structural fabricators.
- Accuracy on Hot-Rolled Sections: The auto-focus capacitive height sensor compensates for the surface irregularities and mill scale common on hot-rolled structural tubes, maintaining ±0.1mm cut accuracy despite material variations.
- Long Part Capability: Supports tube lengths up to 9m (Talos9035/9065 models), enabling processing of full-length structural members without intermediate cutting, ideal for building columns and long-span truss components.
Construction & Structural Applications
| Application | Typical Material | Processing Requirements |
|---|---|---|
| Building Columns & Beams | S275/S355 Structural Steel, SHS/RHS | Bevel cuts, bolt holes, splice plates |
| Stadium & Arena Structures | CHS/SHS Carbon Steel | Fishmouth joints, curved profiles |
| Curtain Wall Framing | Aluminum, Stainless Steel | Precision slots, mounting holes |
| Staircases & Handrails | Stainless Steel 304/316 | Miters, decorative cutouts |
| Guardrails & Barriers | Galvanized Steel Tube | Slots, fishmouth end cuts |
| Bridge Components | S355/S460 Structural Hollow Sections | Bolt holes, bevel weld preps |
FAQ
Q: Can the machine cut through mill scale on hot-rolled structural tubes?
A: Absolutely. The fiber laser penetrates mill scale effectively, and our auto-focus cutting head adjusts focal position in real-time to compensate for surface irregularities. We recommend 3000W minimum power for mill-scale-covered structural sections to maintain cutting speed and edge quality.
Q: What is the maximum wall thickness for bevel cutting?
A: With 6000W laser power, the Talos Series can bevel-cut structural steel tubes up to 12mm wall thickness at angles up to 45°. For wall thicknesses beyond 12mm, we recommend straight cuts or multi-pass beveling with reduced angle, which our applications team can help optimize.
Q: Is the machine suitable for galvanized tube processing without damaging the zinc coating?
A: Yes. When cutting galvanized tubes, we recommend using nitrogen as the assist gas and adjusting parameters to minimize the heat-affected zone. The zinc coating typically remains intact within 1-2mm of the cut edge. Many of our construction-sector customers routinely process pre-galvanized hollow sections for outdoor structural applications.
Industry Compliance & Certifications
✔ CE Certified — compliant with EU Machinery Directive 2006/42/EC
✔ ISO 9001:2015 Quality Management System
✔ Compatible with EN 1090-2 execution class up to EXC4 for structural steel
✔ CNC programs integrable with Tekla Structures and SDS/2 detailing software via DSTV/NC formats
✔ Full compliance with AWS D1.1 structural welding code for pre-cut edge preparation
