Aerospace & Aviation Precision Manufacturing | ZHD Precision

Aerospace Product Development & Precision Manufacturing

Accelerate innovation for civil aviation, aerospace equipment and satellite platforms with ZHD Precision. We reduce engineering risks and shorten project cycles via aerospace-certified prototyping, ultra-precision machining and large-scale compliant mass production solutions.

PARTProduction-grade aerospace components
DFMDFM feedback within 24 hours
ENGInstant quotation & 24/7 aerospace engineering support
QCFull-process aerospace quality inspection

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Industry reference: aircraft assembly environment

Quality Certifications

Authorized Certifications & Standard Compliance

Close-up of an aircraft turbine fan and spinner — Industry quality contextComponent reference: turbine assembly geometry

Total delivered projects: 6000+

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Selected compliance control

AS9100D:2016

Professional aerospace manufacturing certification, strict control over product consistency, full lifecycle traceability and dimensional accuracy for core flight components.

Keep material, process, inspection and release evidence connected.

Aerospace parts require a continuous record from approved material through machining, special processing, first article inspection and final conformance release.

01
Material lot
02
Machining datum
03
Special process
04
AS9102 FAI
05
CoC release

Configuration and traceability chain

We support prototype, validation, and production programs for organizations developing demanding industry equipment and components.

Requirements Review

Applicable quality, traceability, and documentation requirements are reviewed before production.

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Machining tolerance

±0.01mm

Quality system

AS9100D:2016

First article

AS9102

Core Manufacturing Services

Advanced Production Technologies for Aerospace Components

CNC milling tool cutting a small metal workpiece — Aerospace process contextProcess reference: precision machining of metal components

Selected manufacturing route

3/4 /5 Axis CNC Milling

High-precision multi-axis milling for engine, airframe and satellite structural parts. Tolerance up to ±0.01mm. Supports complex aerodynamic geometric parts, lead time as fast as 24 hours.

Aircraft suspended on an assembly line inside an aerospace factory — Aerospace operating contextIndustry reference: aircraft assembly environment

Material

Steel

Recommended Process

CNC Machining, Heat Treatment

Core Advantages

High fatigue resistance, extreme structural strength, impact resistant at high altitude

Typical Application Parts

Landing gear fittings, load-bearing connectors, aviation fasteners

Why Choose ZHD Precision

ZHD Precision has 17 years of in-depth experience in aerospace prototyping, trial production and mass manufacturing. We serve global aerospace contractors and aviation suppliers, delivering high-reliability components that comply with the strict validation standards of the aerospace industry. Our digital manufacturing workflow realizes seamless transition from CAD drawings to flight-qualified physical parts.

Selected manufacturing control

AS9100D Standard Operation

Follow the highest aerospace manufacturing specifications to ensure stability, traceability and reliability for key flight systems.

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Aerospace Components We Manufacture

Full Range of Custom Aerospace Precision Parts We manufacture diversified components made of high-temperature resistant, lightweight and anti-corrosion aerospace metals and engineering plastics for the aerospace industry. All products meet ultra-tight tolerance requirements for critical assemblies, adopting NADCAP-certified specialty materials, with 100% full inspection via CMM and automatic testing equipment.

Business jet viewed head-on inside an aircraft hangar — Aerospace application contextApplication reference: completed aircraft systems

Selected component

Aviation Engine & Turbine Auxiliary Components

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Surface Finishes

Selected surface route

Aerospace Grade Surface Finishes

We deliver standardized aerospace-grade surface finishes processed in dust-free workshop, boosts anti-fatigue, anti-radiation and extreme temperature resistance, meets global aviation and space assembly standards.

Traceable release packet

Quality Inspection & Compliance Documents

Confirm Required Documentation

D01

Complete Inspection Reports & Global Aerospace Compliance

D02

Advanced CMM & CNC VMM full inspection reports

D03

Precision Dimensional Reports (PDR)

D04

AS9102 First Article Inspection (FAI)

D05

Aerospace Material Test Reports & Heat Treatment Certificates

D06

Official Certificate of Conformance (CoC) for flight components

D07

Full process aerospace audit traceability & CTQ real-time monitoring

Representative Applications

Representative project details can be reviewed according to application, material, process, inspection, and confidentiality requirements.

Confidential project review

Review a representative aerospace program through its actual engineering context.

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R01

Review dimension

Application

R02

Review dimension

Critical risk

R03

Review dimension

Material and process

R04

Review dimension

Inspection evidence

R05

Review dimension

Confidentiality

Q: Do you hold AS9100D certification for aerospace manufacturing?

A: Yes. Our factory is fully certified to AS9100D:2016 and ISO 9001:2015. We follow strict aerospace quality management rules for all flight parts production, with full audit production traceability.

Q: What production services do you provide for aerospace parts?

A: We offer one-stop solutions including 5-axis CNC machining, special alloy casting, aerospace sheet metal, high-grade molding, qualified prototyping and compliant mass production for aerospace components.

Q: Can you provide aerospace PPAP, AS9102 FAI and compliance documents?

A: Absolutely. We can supply complete aerospace PPAP (Level 1-5), AS9102 FAI, material audit reports and other qualification files as required.

Q: What is your typical lead time for aerospace prototypes and mass orders?

A: Aerospace prototypes can be finished within 3–5 working days. For mass production, the lead time depends on material and processes, normally 7–15 working days.

Q: What materials are commonly used for aerospace parts in your factory?

A: We process aluminum, steel, stainless steel, titanium, magnesium, bronze and aerospace engineering plastics, meeting extreme high-altitude and space environment working demands.

Q: What aerospace standard surface finishes can you provide?

A: We support aerospace hard anodizing, shot peening, chemical coating, passivation, ceramic coating and NADCAP qualified surface treatments.

Q: What precision can your aerospace CNC parts achieve?

Our machining tolerance can reach up to ±0.01mm. All flight-critical dimensions are inspected by professional aerospace precision measuring tools.

Q: Do you accept custom aerospace parts based on customer drawings?

A: Yes. We accept custom manufacturing according to your CAD/2D drawings or samples. Our aerospace engineers will also provide free DFM optimization suggestions.

Q: Can you produce parts for manned aviation and satellite projects?

A: Yes. We have mature manufacturing experience in manned aircraft auxiliary parts, satellite structural components and space environment resistant fittings.

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