Aluminum CNC Machining Services
JADE-CNC provides aluminum CNC machining for custom aluminum parts that need lightweight structure, good machinability, коррозионная стойкость, stable dimensions, and clean surface finishing.
We support common aluminum alloys such as 6061, 7075, 2024, 5052, 6063, and MIC-6 tooling plate based on customer drawings, tolerance requirements, закончить потребности, and production quantity.
- Cost review before quotation
- Fast delivery options after drawing review
- Prototype and low-volume orders supported
Custom Aluminum CNC Machining Services in China
Aluminum offers an excellent strength-to-weight ratio, good machinability, коррозионная стойкость, теплопроводность, and a wide range of surface finishing options. we supports aluminum prototypes, приспособления, вложения, радиаторы, скобки, корпуса, and production parts with CNC milling, поворот, бурение, постукивание, анодирование, CAD to CNC machining, инспекция, and RFQ machining review.
Common Aluminum Alloys for CNC Machining
|
Aluminum Grade |
Типичное использование |
JADE-CNC Review Focus |
|---|---|---|
|
6061 Алюминий |
Кронштейны, корпуса, приспособления, тарелки, and general machined components |
Balanced strength, machinability, коррозионная стойкость, anodizing compatibility, and tolerance requirements |
|
7075 Алюминий |
High-strength structural parts, aerospace components, robotics parts, and load-bearing components |
Соотношение прочности и веса, machining stress, тонкостенный риск, обработка поверхности, and critical feature tolerance |
|
2024 Алюминий |
Aerospace parts, структурные компоненты, and fatigue-sensitive applications |
Mechanical performance, fatigue resistance, corrosion protection, finish selection, и требования к проверке |
|
5052 Алюминий |
Sheet metal parts, обложки, панели, вложения, and formed components |
Коррозионная стойкость, bending or forming condition, machining after fabrication, cosmetic surfaces, and finish compatibility |
|
6063 Алюминий |
Extrusions, профили, рамки, heat sink structures, and appearance-focused parts |
Extrusion condition, surface appearance, anodizing response, плоскостность, and dimensional consistency |
|
MIC-6 Tooling Plate |
Fixtures, base plates, inspection plates, инструментальные пластины, and flat precision components |
Dimensional stability, плоскостность, plate thickness, machining allowance, и метод проверки |
Aluminum CNC Machining Capability Review
Aluminum CNC machining is often selected for lightweight parts, корпуса, скобки, приспособления, радиаторы, тарелки, и структурные компоненты. Before machining, the key question is not only whether the part can be cut, but whether the alloy, толщина стенки, зоны допуска, обработка поверхности, and inspection method are suitable for the final application.
- Aluminum alloy review
- Machining process selection
- Tolerance and feature control
- Finish and inspection planning
Common Aluminum Machining Risks
Aluminum parts can be affected by thin-wall deformation, следы инструмента, burrs, surface scratches, anodizing variation, and tolerance movement after material removal. These risks are reviewed before quotation so the machining plan, fixture method, объем проверки, and finish requirements can match the actual part design.
|
Risk Area |
What May Happen |
JADE-CNC Review Focus |
|---|---|---|
|
Thin Walls and Pockets |
Thin sections may vibrate, deform, or show visible tool marks during machining. |
Review wall thickness, pocket depth, fixture support, доступ к инструменту, and machining sequence. |
|
Flatness and Large Surfaces |
Plates, обложки, and housings may move after material removal. |
Review material condition, stock allowance, clamping method, stress relief needs, and inspection plan. |
|
Threads and Critical Holes |
Thread fit, hole position, and mating features may affect assembly. |
Review hole tolerance, thread depth, ссылки на исходные данные, сопрягаемые поверхности, and plug gauge or CMM checks. |
|
Surface Finish and Anodizing |
Царапины, следы обработки, color variation, or masking issues may appear after finishing. |
Review cosmetic faces, Ra requirement, anodizing type, masking zones, and finish approval needs. |
What to Prepare for an Aluminum CNC Machining Quote
- 3D CAD file, 2D рисунок
- сорт материала, количество, примечания о допусках
- Требования к отделке поверхности
- any cosmetic or functional areas that need closer control
Наша инженерная команда обеспечивает:
- Руководство по выбору материала
- Дизайн ради технологичности (ДФМ) анализ
- Прототипирование посредством серийного производства
- Quality assurance & testing validation
What JADE-CNC Reviews Before Aluminum Machining
Material Grade
JADE-CNC reviews the requested aluminum grade, equivalent material options, stock form, and finish compatibility before machining.
Толщина стены
Тонкие стены, карманы, ребра, and lightweight structures are checked for deformation risk, вибрация, and machining stability.
Tolerance Features
Critical holes, сопрягаемые поверхности, ссылки на исходные данные, плоскостность, нити, and tight tolerance zones are reviewed before quotation.
Поверхностная обработка
Анодирование, дробеструйная обработка, полировка, рисование, and cosmetic face requirements are checked against the drawing and material condition.
Thermal and Functional Use
For heat sinks, вложения, скобки, and electronic parts, JADE-CNC reviews thermal contact surfaces, mounting areas, и функциональное соответствие.
Industrial Applications of Aluminum CNC Machining
Aluminum CNC machining is widely used for lightweight structural parts, electronic housings, радиаторы, скобки, robotics components, automation fixtures, medical device prototypes, communication parts, and custom industrial components.
The final machining approach depends on the aluminum grade, геометрия детали, tolerance requirements, обработка поверхности, потребности в инспекциях, and expected production quantity.

Аэрокосмическая промышленность
Aerospace brackets, корпуса, приспособления, and lightweight structural parts

communication
RF enclosures, радиаторы, LED housings, and thermal management parts

Промышленный
Automation plates, machine guards, приспособления, приспособления, and robot components

Medical & Automotive
Medical device prototypes, bicycle parts, automotive components, and consumer hardware
Request a Review for Your Aluminum CNC Machining Project
Send your aluminum part drawings, сорт материала, количество, примечания о допусках, и требования к отделке. JADE-CNC will review machinability, потребности в инспекциях, обработка поверхности, and delivery options before quotation.
Часто задаваемые вопросы
JADE-CNC can machine common aluminum alloys such as 6061, 7075, 2024, 5052, 6063, and MIC-6 tooling plate based on drawing requirements.
Да. 6061 is widely used because it offers good machinability, коррозионная стойкость, сила, and anodizing compatibility.
7075 is usually selected when the part needs higher strength and a better strength-to-weight ratio, such as structural, аэрокосмический, or robotics components.
Да. Aluminum parts can often be anodized, but the final appearance depends on alloy grade, следы обработки, подготовка поверхности, маскировка, and color requirements.
Thin-wall aluminum parts can be machined, but wall thickness, deformation risk, приспособление, cutting strategy, and inspection method should be reviewed before production.
Да. JADE-CNC can review aluminum heat sink parts, including fins, thermal contact surfaces, mounting holes, обработка поверхности, и потребности в инспекциях.
Tolerance depends on geometry, толщина стенки, сорт материала, feature size, and inspection access. Critical tolerance requirements should be shown on the 2D drawing.
Please provide STEP or IGES files, 2Д-чертежи, сорт материала, количество, требования к отделке, примечания о допусках, and any inspection or packaging requirements.
Да. JADE-CNC can review aluminum prototypes, функциональные образцы, and low-volume CNC machined parts based on project requirements.
Specify the finish type, цвет, видимые поверхности, Маскирующие области, толщина покрытия при необходимости, and any cosmetic or functional surface requirements on the drawing.