Precision Manufacturing for Aerospace

Source custom aerospace & aviation parts

Not a Middleman — We Control Every Micron

With our own factories and production teams, we:

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DAXIN CNC precision machining workshop

Why Choose Us for Aerospace CNC Parts

We provide a fully integrated in-house aerospace CNC manufacturing workflow, where every stage—from CAD submission and technical quotation review to precision machining, process control, and final inspection—is completed under one controlled production system. All operations are carried out within our own facility, ensuring direct supervision throughout the entire manufacturing process. This enables consistent quality control, stable production performance, and reliable delivery of aerospace components with full traceability from initial drawing to final shipment.

01

Submit Drawing

Send your CAD file or project request.

Submit CAD drawings to DAXIN CNC

02

Quote & Review

Receive quotation and process evaluation.

DAXIN CNC quotation review process

03

Production with Full Supervision

We arrange production and supervise the whole process.

DAXIN CNC production supervision

04

Inspection & Delivery

Parts are inspected, packed, and shipped.

DAXIN CNC inspection and delivery
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Aerospace Machining Capabilities

Our aerospace machining capabilities are fully supported by an in-house manufacturing system, where all processes—from CNC milling, turning, sheet metal fabrication, to precision machining—are executed within our own facility rather than outsourced. We operate a dedicated quality control structure that provides continuous supervision throughout every production stage, including machining, process verification, and final inspection. This integrated system ensures strict tolerance control, stable process performance, and consistent aerospace-grade quality across all components, with full traceability and production reliability from prototype to batch manufacturing.

Guaranteed precision CNC milling for complex components.

  • Tolerance: ±0.01 mm
  • Lead Time: 3–7 days

Optimized CNC turning solutions for high-precision cylindrical parts.

  • Tolerance: ±0.01 mm
  • Lead Time: 2–4 days

Optimal sheet metal fabrication for durable and precise components, combining cutting.

  • Tolerance: ±0.1 mm
  • Lead Time: 5–10 days

Dependable precision machining for complex and high-accuracy components

  • Tolerance: ±0.005 mm
  • Lead Time: 3–6 days

Aerospace Components We Can Manufacture

1
Aerospace Structural Components

CNC-machined turbine rotors, compressor shafts, and rotating components for aerospace engine and auxiliary power applications.
We support complex blade profiles, tight concentricity, smooth surface finishes, and precision shaft features for demanding rotating assemblies.

2
Precision Mechanical Components

Precision-machined aerospace housings for pumps, gearboxes, actuators, and engine accessory systems.
Suitable for complex aluminum or stainless steel parts with deep cavities, sealing surfaces, threaded holes, and tight positional accuracy.

3
Aerospace System Components

High-precision gears, spline components, and transmission parts for aerospace motion control and mechanical drive systems.
We machine internal splines, gear teeth, bores, keyways, and mounting features with stable dimensional control.

4
Support & Protective Equipment

Lightweight CNC-machined structural brackets for aerospace frames, wing support structures, and equipment mounting systems.
Optimized for high strength, weight reduction, accurate hole positioning, and reliable assembly fit.

Customer Success Story

  • A DAXIN CNC case study on robotics aluminum housing CNC machining, covering circular cavities, flange holes, concentricity, deburring, surface protection, and batch consistency.
  • A practical DAXIN guide on how CNC machining supports conveyor systems with shafts, bearing seats, mounting plates, brackets, and transmission parts.
  • A customer-witnessed quality review for a high-end automotive wheel component project, covering CMM inspection, coating thickness measurement, material analysis, and 480-hour salt spray testing.
  • This is a custom-machined metal frame, manufactured through multi-axis CNC machining combined with meticulous deburring and precise positional control; it is suitable for use as a module support frame, an internal mounting skeleton, or a cantilevered structural mounting component.
  • This is a custom aluminum alloy structural bracket, manufactured via CNC milling and featuring controlled deburring and a consistent surface finish, suitable for use as a module support frame, adjustable mounting base, or structural connector.
  • This is a custom-machined circular flange base, manufactured through a combination of turning and milling processes, and featuring meticulous deburring and consistent thread quality; it is suitable for use as a rotary interface, connecting flange, mounting hub, or precision assembly component.
  • This is a custom CNC-machined aluminum alloy base, manufactured through a multi-stage CNC milling process combined with controlled deburring and precise feature management; it is suitable for use as a module base, lower housing, or cavity-style mounting platform.
  • This is a precision-customized annular flange, manufactured through a combined turning and milling process, and featuring precise hole positioning control and meticulous post-processing. It is ideally suited for use as a mounting flange, interface ring, end cap base, or critical structural support component within an assembly.
  • This is a custom aluminum alloy dual-port connector designed for fluid control, automotive, and industrial applications, featuring precise port alignment, reliable sealing performance, and a stable mounting structure. Manufactured using combined turning and milling processes—integrated with controlled deburring and internal cleaning—it is ideally suited for dual-channel interface modules, fluid transition bases, and compact sealing assemblies.
  • This is a slotted clamping component designed for medical equipment, featuring reliable locking, stable positioning, and a precision turn-mill structure. Manufactured through CNC turning, milling, slotting, and controlled post-processing, it is suitable for clamping, positioning, and connecting shafts, rods, tubes, and other cylindrical mating components.
  • This is a precision aluminum alloy housing designed for applications involving engines, fluid control, and high-performance equipment, featuring integrated cavities, precise interface positioning, and reliable sealing surfaces. Manufactured through multi-stage CNC machining—combined with controlled deburring and internal cleaning processes—it is ideally suited for use as manifold bodies, valve housings, and custom fluid distribution structures.
  • This is a complex turn-milled component designed for applications in the medical, automation, and precision equipment sectors. It features precise alignment, stable assembly characteristics, and an intricate combined turning-milling structure. Manufactured through CNC turning, multi-axis milling, and controlled post-processing, it is ideally suited for use in high-end assemblies involving support, positioning, guidance, and motion-related mechanisms.

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