Laser cutting machine GFPB series

for metalfor aluminumfor stainless steel

Product overview
Pipe types: round, oval, square, rectangular and special-shaped pipes.
Materials: carbon steel, stainless steel, alloy steel, aluminum, copper and other common metals.
Typical industries: fitness equipment, oil & gas pipelines, construction machinery, automotive manufacturing, household appliances and other pipe-processing sectors.

Commodity details
Commodity name: GFPB Short Tail Laser Pipe Cutting Machine
Commodity ID: 1475857174197063680

Features

• Fully automatic pneumatic three-chuck system for high clamping precision and elimination of rope-pendulum effects.
• Standard 6 m feeding length (customizable); optional configurations for unlimited feeding length or standard 2 m feeding.
• Automatic wind-chasing loading system enabling synchronous material handling and continuous cutting, increasing throughput by approximately 50%.
• High-performance configuration supports processing of round pipe diameters Ø15–Ø320 mm (model-dependent, optional within range).
• User-friendly control system with real-time processing status feedback to simplify operator training and reduce setup time.

Specifications (table)
Model: GFPB6016F | GFPB6022F | GFPB6032F
Laser power: 1000-4000W | 1000-4000W | 1000-4000W
X-axis travel: 500 mm | 500 mm | 500 mm
Y-axis travel: 6200 mm | 6200 mm | 6200 mm
Z-axis travel: 200 mm | 200 mm | 200 mm
Fixed chuck through-hole diameter: φ165mm | φ225mm | φ325mm
Clamping pipe range: φ10–φ160, □10–□110 | φ10–φ220, □10–□155 | φ10–φ320, □10–□225
Maximum pipe clamping weight: ≤ 120KG | ≤ 170KG | ≤ 400KG
XY axis idle speed: 100 m/min | 100 m/min | 80 m/min
Chuck rotation speed: 0–80 r/min | 0–70 r/min | 0–60 r/min
Maximum acceleration: 1.2G | 1.2G | 1.0G
Maximum cutting length: 6000 mm (assisted unloading for >2000 mm) | 6000 mm (assisted unloading for >2000 mm) | 6000 mm (assisted unloading for >2000 mm)
Automatic unloading stroke: 3000 mm (final section requires manual feeding) | 3000 mm (final section requires manual feeding) | 3000 mm (final section requires manual feeding)
Shortest tail: 70 mm | 80 mm | 90 mm
Minimum incoming length: 2000 mm | 2000 mm | 2000 mm
XY axis positioning accuracy: ±0.03 mm/1000 mm | ±0.03 mm/1000 mm | ±0.03 mm/1000 mm
XY axis repeat positioning accuracy: ±0.03 mm/1000 mm | ±0.03 mm/1000 mm | ±0.03 mm/1000 mm
U-axis repeat positioning accuracy: ≤ 7 arc minutes | ≤ 7 arc minutes | ≤ 7 arc minutes
Cutting product precision: ±0.3 mm (excluding pipe tolerances; measured on 1 mm stainless steel)
Machine weight: approx. 5500 kg | approx. 5500 kg | approx. 6500 kg (subject to actual machine)
Machine dimensions: 11720 × 1800 × 2500 mm | 11720 × 1800 × 2500 mm | 11720 × 1900 × 2500 mm (subject to actual machine)
Operating environment: 0–40 ℃ | 0–40 ℃ | 0–40 ℃

Sample display
Sample images and examples show GFPB short-tail laser pipe cutting machine parts and typical processed components.

Technical specifications / characteristics

• Series: GFPB (models listed: GFPB6016F, GFPB6022F, GFPB6032F).
• Applicable pipe types: round, oval, square, rectangular and special-shaped pipes.
• Applicable materials: carbon steel, stainless steel, alloy steel, aluminum, copper, etc.
• Processing round pipe diameter (typical): Ø15–Ø320 mm (model-dependent, optional within range).
• Standard feeding length: 6 m (customizable); minimum incoming length: 2000 mm; maximum cutting length: 6000 mm (assisted >2000 mm).
• Shortest tail achievable: 70–90 mm depending on model.
• Chuck through-hole diameters by model: φ165 / φ225 / φ325.
• Maximum clamping weight by model: ≤120 kg, ≤170 kg, ≤400 kg.
• Positioning accuracy: ±0.03 mm per 1000 mm (XY axes).
• Idle speed (XY): up to 100 m/min (model-dependent); maximum acceleration up to 1.2G.
• Chuck rotation speed: model-dependent up to 0–80 r/min.
• Cutting precision (product): ±0.3 mm (excluding pipe accuracy; measured on 1 mm stainless steel).
• Approximate machine weight: ~5500–6500 kg (model-dependent).
• Footprint / dimensions: approx. 11720 × 1800–1900 × 2500 mm (model-dependent).
• Recommended operating temperature: 0–40 ℃.