Aviation parts have strict requirements for material certificates, heat treatment and non-destructive testing. We control the melting furnace number, conduct 100% inspection of the first piece and key dimensions in accordance with the AS9100 concept, and are proficient in five-axis high-precision processing of titanium alloy, nickel-based alloy and aluminum alloy structural parts.
Related to Aerospace industry: Can it meet the requirements of AS9100 and high precision?
We provide precision CNC machining services for numerous industries, including automotive, communication, medical, audio, automation, 3C electronics, motorcycle, bicycle, aluminum alloy keyboard cases, aerospace, semiconductor, photography equipment, and energy. Each industry benefits from our certified quality systems, specialized material expertise, and engineering support tailored to their regulatory and performance requirements.
We hold ISO 9001:2015, AS9100D for aerospace and defense and medical devices, and IATF 16949 for automotive certifications, and have completed ITAR registration. These certifications ensure your parts comply with the highest global regulatory standards.
We undertake the production of electric drive housings, battery tray structural components, sensor brackets, charging gun parts and hydrogen fuel components, etc. We control critical characteristics (CTQ) in accordance with the IATF 16949 process method and provide PPAP, FAI and traceability. We are proficient in the lightweighting of new energy vehicles, specializing in the thinning of aluminum parts and the precision processing after one-piece die-casting.
For small cavities, thin-walled and high-precision positioning holes, we adopt micro-milling and five-axis positioning to ensure consistency within ± 0.01mm. Semiconductor fixtures and cavities are controlled in terms of anti-static, low gas release and clean packaging to prevent particle contamination of the production line.
Industry-specific customized parts also support one-piece sampling. Production is scheduled based on the complexity of the drawings at the production site. The preparation of the first piece and documents for certification documents (automotive/medical/aviation) will be slightly longer. When making inquiries, we will provide phased delivery dates for sample production, trial production and mass production to facilitate your planning.
Related to Aerospace industry: Can it meet the requirements of AS9100 and high precision?
Explore 2000, 6000, and 7000-series aluminum alloy properties with 3-axis and 5-axis machining
Compare 6061 vs. 7075 aluminum for CNC machining, covering strength, cutting parameters, and finishes to balance cost and efficiency for precision par…
Explore stress-relief annealing parameters for 6061 and 7075 aluminum, including CNC residual stress solutions, heating curves
Related to Aerospace industry: Can it meet the requirements of AS9100 and high precision?
This paper analyzes the process parameters of honing and laser texturing in five-axis CNC machining hydraulic cylinder
Analyze the application of five-axis CNC in microfluidic chip processing, covering wafer chamfering, tolerance control and parameter setting
For titanium alloy processing difficulties, combined with five-axis process and annealing treatment. Covers cutting parameters
Related to Aerospace industry: Can it meet the requirements of AS9100 and high precision?
Expert CNC aluminum DFM guide: ISO 261 drill formulas, blind hole depth, & thread tolerances for reliable, aerospace-grade assemblies.
Based on 72 CNC machines, here are 10 design rules for aluminum precision. Cover wall thickness, tolerance, and DFM to prevent scrap, ensure ±0.01mm a…
Learn how CNC tolerances impact aluminum part quality and cost. Explore ISO 2768, GD&T, and surface finish.
Send your STEP / DWG / PDF drawing and get a detailed quote with free DFM analysis and process recommendations within 2 hours. No minimum order — from 1 piece.
