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QH-GC3-H 3-Chuck Heavy Duty Lathe Tube Cutting Machine Weldseam Identification Beveling Cutting

QH-GC3-H 3-Chuck Heavy Duty Lathe Tube Cutting Machine Weldseam Identification Beveling Cutting

Brand Name: QIHAI
Model Number: QH-GC3-H
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
Cutting Accuracy:
±0.01mm
Cooling:
Water Cooling
Software:
Laser Cutting Software
Graphic Format Supported:
AI, DXF,PLT
Packaging Details:
WOOD
Highlight:

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Product Description
QH-GC3-H    3-Chuck Heavy Duty Lathe Tube Cutting Machine Weldseam Identification Beveling Cutting 0
QH-GC3-H    3-Chuck Heavy Duty Lathe Tube Cutting Machine Weldseam Identification Beveling Cutting

Description
The QH-GC3-H is a heavy-duty lathe tube cutting machine engineered for high-precision processing of extra-long, large-diameter heavy tubes (critical for wind power towers, oil & gas pipelines, and heavy steel structures), with Weldseam Identification and ±45° Beveling Cutting as its core differentiators.

Its intelligent weldseam identification system uses high-resolution imaging and algorithmic analysis to automatically detect, locate, and map weld seams on round tubes (Φ15-580mm) and square tubes (15×15-580×580mm)—eliminating manual marking errors and ensuring cutting/beveling aligns precisely with seam positions (critical for structural weld joint integrity). Complementing this, the integrated ±45° beveling cutting module supports adjustable angles (in 0.1° increments) for V-type, U-type, and single/double-sided bevels, enabling one-stop processing of thick-walled tubes (1-20mm+, via 6000W-20KW laser power) without secondary grinding.

Quick Detail

Dual Core Features: Weldseam Identification (auto-detects/locates seams, no manual marking); ±45° Beveling Cutting (adjustable angles, one-stop beveling).

Key Specs: Round (Φ15-580mm)/square (15×15-580×580mm) tubes; 11500-12500mm length; 6000W-20KW laser (thick-walled beveling); ±0.03mm axis accuracy.

Efficiency: Weldseam identification cuts setup time by 40%; ±45° beveling eliminates secondary processing.

Fit: Wind power/oil & gas; heavy long tubes needing precise seam alignment + beveling.



Product Specifications
Model QH-GC3-H
Cutting Diameter Round Tube: Φ15-580mm
Square Tube: 15*15mm to 580*580mm
Tube Length Capacity 11500-12500mm
Machine Weight 20T
Dimensions (L*W*H) 22200*5350*2650mm
Laser Power Range 6000W-20KW
Positioning Accuracy ±0.03mm (X/Y-axis)
Repositioning Accuracy ±0.03mm (X/Y-axis)
Compatible Tube Types Round Tube / Square Tube


Advantage

Weldseam Identification Ensures Structural Precision: Auto-detection of weld seams avoids 2-3mm manual marking deviations common in traditional setups—critical for oil pipelines, where misaligned cutting/beveling could weaken weld joints and cause leaks. The system’s compatibility with both round/square tubes (Φ15-580mm/15×15-580×580mm) also eliminates the need for separate seam-locating tools, reducing equipment costs.

±45° Beveling Boosts Weld Joint Quality: The ±45° adjustable bevel range matches industry-standard weld prep requirements (e.g., wind tower flange joints). Paired with ±0.03mm accuracy, it creates uniform bevel edges that fit seamlessly with mating tubes—reducing weld filler material use by 15% and rework rates by 30% compared to machines with fixed-angle beveling.

Synergy of Seam Identification + Beveling Saves Time: The machine first identifies weld seams, then automatically adjusts the ±45° beveling path to align with seams—streamlining the workflow from “seam locate → cut → bevel” into one continuous process. For 12500mm wind power tubes, this cuts total processing time per unit by 25% vs. machines requiring separate seam marking and beveling steps.

20T Frame Stabilizes Heavy-Tube Processing: The 20T heavy-duty structure (22200×5350×2650mm) minimizes vibration during high-power (20KW) beveling of thick-walled tubes (20mm+). This stability ensures weldseam identification remains accurate (no frame shift) and ±45° bevels stay consistent across the 11500-12500mm tube length—avoiding uneven bevels that compromise load-bearing capacity in heavy steel structures.