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QH - 8020F High Power Single Platform Open Type Sheet Metal Laser Cutting Machine

QH - 8020F High Power Single Platform Open Type Sheet Metal Laser Cutting Machine

Brand Name: QIHAI
Model Number: QH-8020F
MOQ: 1 set
Price: Negotiable
Payment Terms: T/T
Supply Ability: 90set/mon
Detail Information
Place of Origin:
Foshan, Guangdong, China
Certification:
CE, ISO
Product:
Sheet Metal Laser Cutting Machine
Processing Area:
8000 * 2000mm
Laser Power:
6000W-20000W
X/Y-axis Positioning Accuracy:
0.03mm
Frequency:
50Hz
Voltage:
380V
Laser Generator Classification:
Fiber Laser Generator
Transmission:
Double Rack&pinion Transmission And Servo Drive
Working Environment:
0-40℃, Humidity ≤80%
Graphic Format:
PLT, DXF
Lathe Structure:
Tube Sheet Welding
Packaging Details:
wooden box
Highlight:

380v tube laser cutting machine

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50hz tube laser cutting machine

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380v fiber laser metal cutting machine

Product Description
QH - 8020F High Power Single Platform Open Type Sheet Metal Laser Cutting Machine 0 QH - 8020F High Power Single Platform Open Type Sheet Metal Laser Cutting Machine 1
QH - 8020F High Power Single Platform Open Type Sheet Metal Laser Cutting Machine

Description
The QH-8020F is a heavy-duty sheet metal processing solution engineered around 6000W-20KW high laser power—specifically designed for industries like heavy machinery, steel structures, and thick-plate component manufacturing, where cutting thick, high-strength metals with efficiency and precision is critical.
Its 6000W-20KW power range is the core enabler: it effortlessly handles thick metal sheets (up to 30mm carbon steel, 25mm stainless steel, and 20mm aluminum) in a single pass, eliminating the multi-pass cutting delays common with lower-power machines.


Quick Detail

High Power Core: 6000W-20KW range enables single-pass cutting of 30mm carbon steel/25mm stainless steel; no multi-pass delays.

Key Specs: 8000×2000mm area (2600kg max loading), ±0.03mm axis precision, 100m/min speed, double rack & pinion transmission.

Design & Fit: Open single platform for easy heavy plate handling; ideal for thick-plate/heavy machinery production; 380V/50Hz.


Technical Specifications
Processing Area 8000 * 2000mm
Maximum Loading Weight 2600kg
Machine Weight 3800kg
Overall Dimensions 11000 * 3260 * 1900mm
Laser Power Range 6000W - 20KW
X/Y-axis Positioning Accuracy ±0.03mm
X/Y-axis Repositioning Accuracy ±0.03mm
Maximum Linkage Acceleration 1.0G
Maximum Linkage Speed 100m/min
Transmission System Double rack & pinion transmission with servo drive
Voltage Requirement 380V
Frequency 50Hz


Advantage

High Power Delivers Thick-Plate Cutting Efficiency: The 6000W-20KW range cuts thick metals 2-3x faster than 3000W-class machines—for example, cutting 20mm carbon steel at 8-10m/min (vs. 3-4m/min with lower power), reducing processing time for large thick workpieces (e.g., 8m×2m×20mm steel plates) by 50%-60%. This directly boosts daily output for high-volume thick-plate projects.

Single-Pass Cutting Ensures Thick-Metal Quality: Unlike lower-power machines that require multi-pass cuts (risking material warping or uneven edges), the 6000W-20KW power achieves clean, single-pass cuts on 30mm carbon steel. This maintains flatness of thick sheets and produces smooth cut edges (Ra ≤ 12.5μm), eliminating secondary grinding and reducing post-processing time by 40%-50%.

High Power Adapts to High-Strength Materials: The 6000W-20KW range handles difficult-to-cut thick metals (e.g., Q690 high-strength steel, 25mm duplex stainless steel) that low-power machines struggle with. It provides sufficient energy to penetrate dense materials without overheating, expanding the machine’s application scope to high-end heavy industries (e.g., offshore engineering, large pressure vessels).

High Power + Precision = Consistent Thick-Plate Results: Even at maximum 20KW power, the double rack & pinion servo transmission and 3800kg stable frame keep X/Y-axis accuracy at ±0.03mm. This ensures uniform cut dimensions across large thick plates (e.g., 8m-long steel beams), avoiding size deviations that cause assembly issues—critical for heavy machinery where component fit is non-negotiable.