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QH - 3015F Beveling Cutting Sheet Metal Laser Cutting Machine

QH - 3015F Beveling Cutting Sheet Metal Laser Cutting Machine

Brand Name: QIHAI
Model Number: QH-3015F
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:
3000 * 1500mm
Laser Power:
1500W-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
Bevel Angle:
±45°
Packaging Details:
wooden box
Highlight:

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380v cnc laser steel cutter

Product Description
QH - 3015F Beveling Cutting Sheet Metal Laser Cutting Machine 0 QH - 3015F Beveling Cutting Sheet Metal Laser Cutting Machine 1
QH - 3015F Beveling Cutting Sheet Metal Laser Cutting Machine


Description
The QH-3015F Beveling Cutting Sheet Metal Laser Cutting Machine is a high-performance integrated solution designed for sheet metal welding prefabrication scenarios. It combines advanced fiber laser technology with precise bevel cutting capabilities, featuring a flexible bevel angle range of ±45°. This eliminates traditional grinding/milling steps, reduces overall processing time by 30%-50%, and ensures consistent bevel quality—making it ideal for industries like pressure vessels, steel structures, and heavy machinery that demand high-precision weld joints. Beyond its core bevel function, the machine retains excellent efficiency, stability, and energy-saving performance, adapting to a wide range of metal materials and processing needs.


Quick Detail

Core Bevel Features: ±45° bevel angle range (0.1° adjustable increments), ±0.5° angle accuracy; supports V/Y/X-type & single/double-sided bevels—eliminates secondary grinding/milling, cutting process time by 30%-50%.

Processing Scope: 3000×1500mm area; cuts 0.5-25mm carbon steel, stainless steel, aluminum, copper, titanium alloy (power-dependent); 40m/min speed for 1mm stainless steel (60%-80% efficiency retained at ±45° bevel).

Precision & Adaptability: Dual-drive gantry ensures ±0.03mm/m positioning accuracy (flat/bevel cutting); CNC offline programming for complex bevel paths; ideal for pressure vessels, steel structures.

Efficiency & Sustainability: 70%-80% photoelectric conversion (20%-30% CO₂ machine power use); matrix dust suction handles bevel-generated chips; low-maintenance fiber design.


Technical Specifications
Processing Area 3000 * 1500mm
Maximum Loading Weight 800kg
Machine Weight 1600kg
Overall Dimensions 4800 * 2350 * 1900mm
Laser Power Range 1500W - 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

Bevel Cutting Flexibility & Precision. The machine’s ±45° bevel angle range (adjustable in 0.1° increments) and ±0.5° angle accuracy enable it to handle diverse bevel profiles—including V-type, K-type, U-type, and single/double-sided bevels—without relying on extra tooling. 

Welding Prefabrication Optimization. Tailored for welding scenarios, its precise bevel cutting directly delivers weld-ready edges. QH-3015F’s bevels ensure tight fit-up between metal sheets, reducing weld gaps and improving weld strength by up to 20%. It adapts to thick-plate deep penetration welding (0.5-25mm) and dissimilar metal welding, making it ideal for steel structures, pressure vessels, and heavy machinery.

Bevel Processing Efficiency. Even at extreme ±45° bevel angles, the machine retains 60%-80% of its standard flat-cutting efficiency (e.g., 24-32m/min for 1mm stainless steel), outperforming traditional beveling equipment (which often sees 40%+ efficiency drops at wide angles). Its dual rack & pinion servo transmission system ensures stable motion during bevel cutting, avoiding angle deviations caused by vibration.

Cost & Maintenance Savings from Integrated Bevel Design. By integrating bevel cutting with laser cutting, it eliminates the need for separate beveling machines (reducing equipment investment costs by 40%+).