High-Speed CNC Drilling and Tapping for Aerospace Aluminum
In the aerospace industry, precision, efficiency, and lightweight materials are essential. The Automatic Drilling and Tapping Machine from DUOMI CNC is purpose-built to meet the demands of machining aerospace-grade aluminum components with unmatched accuracy and speed.
Whether you're processing structural brackets, heat-dissipation panels, or UAV frames, this automatic drilling and tapping machine delivers stable, high-speed performance with ±0.01mm positioning accuracy. It's fully automated and optimized for materials such as aluminum alloys and magnesium, commonly used in aerospace manufacturing.
With a compact design and intelligent CNC control, the automatic drilling and tapping machine minimizes cycle time while ensuring consistent thread quality—even on thin-wall or high-strength aluminum parts. Manufacturers across Europe, Asia, and North America rely on DUOMI CNC for scalable, cost-effective solutions that reduce labor and boost productivity.
If you're seeking to upgrade your aerospace production line, this automatic drilling and tapping machine offers the precision, repeatability, and global support you need.
Trusted Globally by Aerospace Component Manufacturers
DUOMI CNC has supplied its Automatic Drilling and Tapping Machines to over 30 countries, including Germany, the United States, Japan, and South Korea. Our machines are trusted by aerospace OEMs and drone manufacturers who demand ultra-precise, burr-free threads in lightweight, thin-wall aluminum assemblies.
⚙️ Technical Highlights
Thread Size Range: M2 – M14
Materials: Aluminum alloys (6061, 7075), magnesium, CFRP
Hole Tolerance: ±0.01 mm
Cycle Time: 2–4 seconds per hole
Automation: Fully CNC-controlled with optional robotic arm interface
Design: Compact footprint, energy-efficient, and low maintenance
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Whether you're producing satellite modules, drone arms, or aircraft interior brackets, DUOMI's automatic drilling and tapping machine ensures consistent, clean, and strong threads every time.
✈️ Application Scenarios
UAV aluminum structural frames
Aerospace electronic enclosures
Radiator heat sink panels
Aircraft seat frames and mounting brackets
Precision thermal management modules
