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Dual Platform Enclosed Type Sheet Laser Cutting Machine High Speed

Dual Platform Enclosed Type Sheet Laser Cutting Machine High Speed

Brand Name: QIHAI
Model Number: QH - 3015FB
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
Graphic Format Supported:
DXF,AI,BMP,PLT,DWG
Cnc Or Not:
Yes
Cutting Thickness:
Materials,0-30mm,Depends,7-8,1-12 M (carbon Steel)
Cooling Mode:
Water Cooling
Warranty:
1 Year
After-sales Service Provided:
Engineers Available To Service Machinery Overseas
Packaging Details:
wood, plastic, container
Highlight:

Enclosed Type sheet laser cutting machine

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Dual Platform sheet laser cutting machine

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High Speed laser plate cutting machine

Product Description
Dual Platform Enclosed Type Sheet Laser Cutting Machine High Speed 0 Dual Platform Enclosed Type Sheet Laser Cutting Machine High Speed 1
QH - 3015FB High-speed Dual-platform Enclosed type Sheet Laser Cutting Machine
Description
The QH-3015FB is a high-performance sheet laser cutting solution engineered for high-volume industrial production, integrating three core strengths: high-speed processing, dual-platform efficiency, and enclosed safety. It features a 3000×1500mm processing area and 1000kg maximum loading weight, capable of handling heavy-duty or large-batch workpieces like auto parts, home appliance shells, and structural components. Powered by a 1500W-20KW adjustable laser range, it cuts carbon steel, stainless steel, and aluminum (0.5mm-25mm thickness) with precision. Its double rack & pinion servo transmission enables 100m/min maximum linkage speed and 1.5G acceleration, paired with ±0.03mm X/Y-axis positioning/repositioning accuracy for consistent high-speed cutting quality. Weighing 3500kg with overall dimensions of 8500×2280×2150mm, the enclosed structure ensures safety and dust control, while the 380V/50Hz power supply fits standard industrial setups—making it ideal for manufacturers pursuing high efficiency and stable mass production.
Quick details

High-Speed Core: 100m/min maximum linkage speed + 1.5G acceleration, cutting efficiency 30%-40% higher than standard single-platform models; double rack & pinion servo drive guarantees ±0.03mm precision at high speeds.

Dual-Platform Boost: Parallel loading/unloading (no shutdown for material change) keeps high-speed processing continuous, reducing idle time by over 50%.

Enclosed & Practical: Enclosed structure controls dust/noise during high-speed cutting; 3000×1500mm area, 1000kg loading, 1500W-20KW power adapts to large-batch tasks (auto, home appliances).

 

Technical Specifications
Processing Area 3000 * 1500mm
Maximum Loading Weight 1000kg
Machine Weight 3500kg
Overall Dimensions 8500×2280×2150mm
Laser Power Range 1500W - 20KW
X/Y-axis Positioning Accuracy ±0.03mm
X/Y-axis Repositioning Accuracy ±0.03mm
Maximum Linkage Acceleration 1.5G
Maximum Linkage Speed 100m/min
Transmission System Double rack & pinion transmission with servo drive
Voltage Requirement 380V
Frequency 50Hz

 

Advantage

High-Speed Efficiency Maximized: With 100m/min linkage speed and 1.5G acceleration, the machine completes high-volume cutting tasks faster—e.g., cutting 1mm stainless steel sheets at 40m/min (standard speed) while maintaining ±0.03mm precision. The dual-platform design eliminates downtime for material loading/unloading, ensuring the high-speed performance is fully utilized (overall production efficiency increased by 40%-50% vs. single-platform machines).

Stable Precision at High Speeds: The double rack & pinion servo transmission system minimizes vibration during high-speed movement, avoiding precision loss common in low-grade machines. This ensures consistent burr-free cuts even when running at maximum speed, reducing secondary finishing work and saving time.

Enclosed Safety for High-Speed Operation: The enclosed structure addresses safety and environmental concerns of high-speed cutting—preventing metal splashes, reducing noise (≤75dB), and containing dust. This allows 24/7 continuous high-speed production without compromising workplace safety, making it suitable for long-term mass manufacturing demands.