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20mm-200mm Tube Diameter 3 Chucks Fiber Laser Metal Cutting Machine Water Cooling

20mm-200mm Tube Diameter 3 Chucks Fiber Laser Metal Cutting Machine Water Cooling

Brand Name: QIHAI
Model Number: QH-GC3-S
MOQ: 1 set
Price: Negotiable
Payment Terms: T/T
Supply Ability: 100 set/month
Detail Information
Place of Origin:
Foshan, Guangdong, China
Certification:
ISO, CE
Laser Type:
Fiber Laser
Power Supply:
AC380V/50Hz/60Hz
Repositioning Accuracy:
±0.02mm
Cutting Thickness:
0.5mm-25mm
Tube Length:
6000mm/8000mm/12000mm
Cooling Mode:
Water Cooling
Tube Diameter:
20mm-200mm
Cutting Speed:
0-15m/min
Warranty:
1 Years
Packaging Details:
wood
Highlight:

200mm Fiber Laser Metal Cutting Machine

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20mm Fiber Laser Metal Cutting Machine

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Water Cooling metal cutting fiber laser

Product Description
20mm-200mm Tube Diameter 3 Chucks Fiber Laser Metal Cutting Machine Water Cooling 0 20mm-200mm Tube Diameter 3 Chucks Fiber Laser Metal Cutting Machine Water Cooling 1
QH-GC3-S  3 Chucks Tube Cutting Machine Standard Model Weldseam Identification Follow-up Support
 
Description
The QH-GC3-S is a Standard Model 3-chuck tube laser cutting machine integrated with intelligent Weldseam Identification and dedicated Follow-up Support, engineered for high-precision, batch tube processing in industries like construction trusses, automotive frames, and heavy machinery.
 
Its core 3-chuck structure—paired with a horizontally-mounted lathe design—ensures stable clamping of long tubes (5500-6500mm length) and uniform force distribution, preventing deformation even for thick-walled tubes (up to 20mm+). The built-in Weldseam Identification system automatically detects and locates weld seams on round tubes (Φ15-500mm) and square tubes (15×15-500×500mm) with ±0.1mm recognition accuracy, eliminating manual seam alignment errors and enabling precise beveling/cutting around welds. 
Quick Detail

Triple Core Advantages: 3 Chucks (stable 5500-6500mm tube clamping); Weldseam Identification (±0.1mm accuracy for Φ15-500mm round/15×15-500×500mm square tubes); Follow-up Support (on-site training + 12-month maintenance).

Key Specs: 1500W-20KW laser power, ±0.03mm dual-axis accuracy, 6T machine weight; cuts thin (0.5mm) to thick (20mm+) wall tubes.

Fit: Batch tube processing (construction/automotive); standard workshop setups (no custom installation needed).

 
Product Specifications
Model QH-GC3-S
Cutting Diameter Round Tube: Φ15-500mm
Square Tube: 15*15mm to 500*500mm
Tube Length Capacity 5500-6500mm
Machine Weight 6T
Dimensions (L*W*H) 16680*5480*2250mm
Laser Power Range 1500W-20KW
Positioning Accuracy ±0.03mm (X/Y-axis)
Repositioning Accuracy ±0.03mm (X/Y-axis)
Compatible Tube Types Round Tube / Square Tube

 

Advantage

3 Chucks Ensure Uncompromised Stability for Weldseam-aligned Cutting: The 3-chuck design distributes clamping force evenly across 5500-6500mm long tubes, keeping them fixed during Weldseam Identification and cutting. This stability prevents tube rotation or sagging—critical for maintaining ±0.03mm cutting precision around weld seams—reducing weld joint rework rates by 40% compared to 2-chuck machines that often shift during processing.

Weldseam Identification Boosts Efficiency & Accuracy: The automatic weld seam detection (±0.1mm accuracy) eliminates 10-15 minutes of manual alignment per tube batch, cutting overall processing time by 25%. It seamlessly adapts to both round and square tubes (covering all supported sizes: Φ15-500mm/15×15-500×500mm), ensuring consistent cutting paths relative to welds—ideal for applications where joint strength depends on precise weld seam positioning (e.g., automotive frame tubes).

Follow-up Support Lowers Operational Barriers for Standard Model Users: As a Standard Model, its Follow-up Support package addresses common pain points of batch processing: on-site installation guidance ensures fast setup (reducing downtime by 30%), operation training targets weldseam identification and 3-chuck adjustment (cutting onboarding time by 40%), and 12-month maintenance covers core components (e.g., laser head, chuck mechanisms). This support ensures the machine maintains peak performance for high-volume tasks, avoiding costly production interruptions.