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Aerospace Prototyping

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  • Seat
  • Engine
  • Fuselage Components
  • Turbines
  • Fasteners (e.g., screws)
  • Tire Parts
  • Electrical Component
  • Radar Systems
  • Air Conditioning Units
  • Vacuum Pumps
  • Fuel Pumps
  • Lighting Systems
  • Sensors
  • Braking Systems

Advantages of choosing JupaiCNC for Aerospace components

JupaiCNC has passed the AS9100D aerospace certification, relying on the five-axis CNC machine tool to achieve ±0.003mm ultra-precision machining, specializing in Inconel718/Ti-6Al-4V and other superalloy materials, and the yield of complex components such as turbine blades is 99.6%. The modular process supports 72-hour emergency variant delivery, passes Level 3 warranty certification and ITAR compliance review, and improves the fatigue life of key components to 15,000 cycles with vibration suppression and residual stress relief technology.

JupaiCNC provides technical support for Aerospace

Micron machining ‌
5-axis CNC technology (accuracy ±0.003mm) supports complex surface processing of titanium alloy and nickel-based superalloy; The intelligent cutting parameter optimization system controls the tool load in real time and reduces the machining loss by 22%.

Complex Geometry Fabrication‌
Achieves intricate shapes (e.g., turbine disks, airfoils) via CNC programming, meeting aerodynamic and lightweight requirements

Automated Production‌
Minimizes human errors and enhances efficiency through CNC automation, ensuring consistency in large-scale manufacturing

Common materials and properties of aerospace parts

Aluminium alloy

High specific strength, corrosion resistance, easy processing, used for fuselage frame, fuel storage tank and other structural parts‌

Titanium alloy ‌ (e.g. Ti-6Al-4V)

High specific strength (1.3 times of aluminum alloy), high temperature resistance (450~500℃), corrosion resistance, suitable for engine compressor blades, high temperature cabin ‌

Carbon fiber composite ‌

Lightweight (density < 1/4 of steel), tensile strength of more than 3500MPa, used for wings, missile shells and other lightweight high-strength parts ‌

Nickel base superalloy ‌

High temperature (> 1000℃), creep resistance, used in engine turbine blades and other extreme high temperature environment ‌

Ultra high strength steel ‌

High tensile strength, fatigue resistance, used for bearing, transmission gear and other high-load structural parts

Basalt fiber ‌

High strength (2~3 times of carbon fiber), high temperature resistance (1500℃), suitable for high temperature protection materials and lightweight structural parts

Processes surface treatment of Aerospace parts

Laser cladding ‌

high-energy laser melting metal powder, forming 850℃ high temperature coating on the surface of fuel nozzle, thermal shock resistance improved by 3 times

Micro arc oxidation

1500HV ceramic oxide film is generated on the surface of aluminum alloy by high voltage discharge, and the salt spray corrosion resistance is improved by 60%‌

Physical Vapor Deposition (PVD) ‌

‌Vacuum deposition CrN or TiAlN coating, titanium alloy fastener surface hardness ≥2200HV, friction coefficient reduced by 40%

Anodizing ‌

Dense alumina film generated by electrolysis, corrosion resistance up to 1000 hours of neutral salt spray test, suitable for satellite structural parts

Electroless nickel plating ‌

‌No electrolytic deposition of nickel-phosphorus alloy layer, uniform coverage of complex cavity, hardness 600HV, acid and alkali corrosion resistant

JUPAICNC machined parts for aerospace

Titanium alloy integral blade disc ‌ : the core part of engine compressor, five-axis linkage processing, surface accuracy of ±0.005mm.

 Aluminum alloy honeycomb structure ‌ : 50% weight reduction by high-speed milling, used for wing sandwich structure.

Heat-resistant steel fuel nozzle ‌ : deep hole drilling micro-hole (diameter 0.3mm), fuel atomization efficiency increased by 30%.

Titanium alloy rocket nozzle ‌ : multi-axis turning thread sealing structure, resistant to high pressure and high temperature oxidation environment.

Stainless steel hydraulic spool ‌ : nano level turning, with clearance ≤3μm, to ensure zero leakage of hydraulic system.

Stainless steel hydraulic spool ‌ : nano level turning, with clearance ≤3μm, to ensure zero leakage of hydraulic system.

Superalloy turbine disk ‌ : EDM wire-cut mortise groove (accuracy ±0.01mm), improve engine assembly reliability.

Titanium alloy fasteners ‌ : laser marking tracing, shear strength ≥1000MPa, spacecraft structure connection key parts.