Application Of CNC Lathe In Aerospace Industry

ALHAASES CNC offers the aerospace industry's most innovative manufacturing technologies and advanced support resources, with hundreds of machine configurations to choose from, keen market knowledge and extensive application expertise.

Whether you are machining structural parts, engine components, landing gear or system controls from titanium, heat-resistant superalloys, aluminum or stainless steel, ALHAASES CNC has everything you need to optimize your manufacturing operations, produce the highest quality parts and increase productivity.

INNOVATIVE TECHNOLOGY

Working closely with aerospace customers around the world, ALHAASES CNC is able to monitor trends, identify challenges and develop a broad range of machine tool technologies that will revolutionize the machining of aircraft components, including:

• Multitasking machines for efficient part machining, improved part accuracy and advanced machining capabilities and flexibility.
• Machines with long boring capabilities, high torque and high speed spindles and other unique features for demanding aircraft machining.
• Automated pallet system for continuous unattended machining and machining versatility.

ADVANCED SUPPORT

With ALHAASES CNC's area-based support network, well-established machine service infrastructure, industry partnerships and engineering expertise, ALHAASES can help you solve the most demanding aerospace parts machining applications.

• ALHAASES CNC's continental network of technology and technology centers puts machining demonstrations, application engineers and comprehensive training at your side.
• ALHAASES CNC works with certified technology partners to provide you with optimized turnkey manufacturing systems, automation solutions and digital technologies.
• Our customer support program covers all your parts, service and training needs to ensure you get the maximum return on your machine investment.

Applications

STRUCTURAL

• Fuselage
• Wings
• Tail Assembly
• Bulkheads
• Exit Doors
• Cockpit
• Engine Pylons

LANDING GEAR

• Axle Beams
• Main Cylinders
• Sliders
• Links
• Brackets
• Brakes
• Shaft

ENGINE

• Blisks
• Blade
• Discs
• Casings
• Shafts
• Turbine Rings
• Nacelle
• Turbo Housings
• Fittings
• Ducts
• Thrust Reverser Components
• Impeller
• Impeller Bracket

INTERIOR

• Gallery Parts
• Serving Trolleys
• Seats
• Seat Tracks
• Support Beams
• Rod Ends

SYSTEMS CONTROLS

• Covers
• Housings
• Gears
• Gear Boxes
• Shafts
• Hydraulic Manifolds
• Stick Shakers
• Flap Traps
• Control Surfaces
• Electric Connectors

Application Of CNC Lathe In Aerospace Industry

Slant Bed CNC Lathe Series

Model: TCK36A, TCK50A, TCK6340

ALHAASES CNC TCK series Slant bed CNC lathe is one of the most critical machine tools in the aerospace industry.

TCK series CNC lathes can perform various manufacturing processes such as milling, grinding, and turning to complete aircraft brackets and shells, fuselage skins, wing stringers, wing skins, aircraft engines, exhaust components, landing gear components and other Accessories.

Depending on your aerospace part requirements, ALHAASES CNC machining processes are compatible with a wide range of materials. ALHAASES CNC has a long list of production-grade metals and composites that meet the needs of the aerospace industry.

With the rapid development of the aerospace industry, the efficient, high-precision and high-stability CNC machining of complex aircraft parts has become an effective measure to shorten the production cycle of products and improve the efficiency and competitiveness of enterprises. ALHAASES CNC TCK series CNC lathes enable rapid prototyping and production of complex aircraft parts.

Flat Bed CNC Lathe Series

Model: CK6130，CK6140，CK6150

ALHAASES CNC CK series CNC lathe can be used in aviation, aerospace and other accessories that require multi-coordinates, high precision, complex surfaces and other accessories. For example, the fuselage, impeller and blade of aero-engines in the aviation industry must also be processed by CNC lathe to ensure the processing quality and production efficiency.