3D laser cutting machine F20A-3D

for metaltubecompletely automated

Optimized for the Scaffolding Industry
Scaffolding fabrication demands consistency across thousands of components. The F20A-3D addresses the industrys toughest challenges:
• Complex Special-Shaped Cutting: Expertly processes non-standard profiles used in scaffolding frames, ledgers, and braces without the need for custom mechanical tooling.
• 3D Beveling for Seamless Welding: The 5-axis swing head achieves precise bevel cuts ( ± 45), creating perfect grooves for high-strength welding—a critical requirement for safety-compliant scaffolding.
• Intricate Hole & Slot Patterns: Simultaneously cuts connection points, notches, and locking pin holes with ± 0.05 mm accuracy, ensuring every modular part fits perfectly on-site.


Core Technical Advantages
• Intelligent Full-Stroke Pneumatic Chucks: Automatically adapts to different tube shapes and diameters (∅ 20mm – 220 mm) with one-click clamping.8 No manual jaw adjustment is required when switching between round and square tubes.
• Automated High-Capacity Feeding: Supports fully automatic bundle loaders (up to 2.0T), allowing for continuous lights-out manufacturing and a massive reduction in labor overhead.
• High-Dynamic Performance: Achieves 1.2G acceleration and 130 r/min rotation speeds, delivering 3–4 times the efficiency of traditional mechanical cutting methods.
• Drawing-Free Programming: Integrated nesting software allows users to import 3D models directly. The system automatically generates complex cutting paths for V-shaped, D-shaped, and irregular grooves.


Technical Specifications
• Laser Power: 1500W- 6000W
• 3D Bevel Angle: Max ± 45 (5-Axis Head)
• Tube Processing Range: Round: ∅ 20–22mm / Square: ∅ 20 * 20 mm–∅ 220 * 220mm
• Profiles Supported: Special-shaped, U-profile, I-beam, Angle iron
• Max Tube Length: 6000 mm (Up to 12000mm optional)
• Positioning Accuracy: ± 0.05 mm
• Max Rotation Speed: 130 r/min


Why Choose the F20A-3D for Your Facility?The F20A-3D is more than a cutter; it is a lean manufacturing hub. By consolidating multiple fabrication steps, it reduces material handling, eliminates secondary deburring, and minimizes scrap through advanced nesting algorithms. It is the definitive solution for scaffolding manufacturers aiming to meet modern safety standards while maximizing ROI.