15 years one-stop China custom CNC machining parts factory
Home / Product / Aluminum Parts /
As your aluminum CNC machining manufacturer, we have 40+ aluminum alloy materials, 100 CNC machining equipment, and 12 quality inspection processes. can provide you with a solution tailored to your specific needs.
Product Specification:
Professional ADC12 (A380) Aluminum CNC Machined Parts Factory
24-hour CNC machining, samples can be provided within 7-10 days
As a professional manufacturer specializing in custom ADC12 (A380) aluminum CNC machined parts, we help customers turn complex ideas into reliable, high-precision components. With advanced CNC milling, turning, and secondary processing capabilities, we solve challenges such as tight tolerances, heat distortion, surface defects, and assembly consistency. From rapid prototypes to large-volume production, our engineering team optimizes machining programs, tooling, and cost to ensure accuracy, repeatability, and fast delivery. Strict quality control, material traceability, and full inspection reports give customers confidence that every ADC12 (A380) part performs exactly as required.
6 Project Engineers With 20 Years Of Experience
Custom Prototypes and High-Volume CNC-Machined ADC12 (A380) Die Cast Aluminum Parts
As a professional manufacturer of custom ADC12 (A380) die-cast aluminum CNC machined parts, we help customers move from concept to market faster and with full confidence. Our team supports rapid prototypes, engineering validation, and stable mass production with tight tolerances and consistent quality. With more than 120+ CNC machines, 10+ dedicated die-casting lines, 48-hour prototype delivery, ±0.01 mm machining accuracy, and a 98.7% on-time delivery rate, we solve challenges such as porosity, deformation, surface defects, and assembly fit issues. From automotive and electronics to industrial equipment, we ensure every part matches your drawings, performance expectations, and budget — reducing risk, cost, and lead time at every stage.
Customized ADC12 (A380) Aluminum CNC Machining Process
ADC12 (A380) aluminum is widely used because of its excellent castability, good strength, corrosion resistance, and dimensional stability. It is especially suitable for complex, thin-walled components. The most common and effective processes include:
3 Axis CNC Milling
Die Casting (High-Pressure Die Casting)
Gravity Casting / Permanent Mold Casting
CNC Turn-Mill Combination Machining
Sand Casting
ADC12 (A380) Aluminum CNC Machining Parts Display
Showcasing our custom ADC12 (A380) aluminum CNC machined parts, we combine precision, efficiency, and reliability. With ±0.01 mm tolerance control and advanced multi-axis turning and milling, we produce complex, high-performance components for automotive, electronics, and industrial applications. Each part undergoes rigorous inspection, ensuring durability, accuracy, and consistent quality you can trust.
The parts images have been authorized for use by the customer.
Custom CNC Machined Aluminum Parts – Surface Finishing
Enhance your ADC12 (A380) aluminum CNC parts with our premium surface treatments, including powder coating, painting, plating, and chemical conversion. Improve corrosion resistance, appearance, and durability while meeting your exact specifications.
Laser Carving
Silk Screen
Etching
Brushed
Oil Spraying
Sandblasting
Chrome Plating
Powder Coating
Nickel Plating/Zinc Plating
Brushed
Electrophoresis
Painting
Custom CNC Machining Parts: 12 Quality Inspection Processes
Learn how VMT's quality control team maintains strict quality standards by conducting dimensional and cosmetic inspections of each order during production. If there is any problem, we will communicate and solve it as soon as possible, or solve it in your way.
DFM Analysis
Before CNC machining, engineers conduct a DFM analysis to identify and resolve potential issues in advance. This ensures optimized designs for efficient manufacturing, minimizes defects, and reduces machining costs.
Dimensional Tolerance Determination
Check whether the parts meet the specified dimensional tolerances, ensure the technical feasibility of the tolerance design, and optimize the production process to meet your quality requirements and cost-effectiveness.
Material Testing
We have long-term stable partnerships with material suppliers for decades and can provide third-party inspection reports from organizations such as SGS, CTI, and TUV.
CNC Machining Production
We have a dedicated team to track order progress, maintaining detailed records for each production run. Photos and videos are transparently shared with customers, keeping you informed about the machining process.
FQC Detection
During the machining production process, dimensional tolerance inspections are conducted every two hours, and the first article is inspected to ensure it meets design and quality standards. This guarantees process stability, product consistency, and improved production efficiency.
SPC / CKP
Implement statistical analysis to monitor and control the manufacturing process and provide inspection reports.
Problem Found
If any deviations, defects, or non-compliance issues are discovered during the machining process, an immediate meeting is held to address the problem.
Problem Solving
Respond within 30 minutes, provide solutions within 2 hours, and resolve within 1 day.
OQC Detection
Before CNC parts leave the factory, 100% dimensional inspection is conducted according to customer drawings. Inspection reports are provided before proceeding to the next processing step.
Surface Finishing
In addition to conventional surface treatments, there are a variety of special surface treatments. We have a full-time SQE to follow up and control each process in the surface treatment factory. After returning to our workshop, the product appearance will be 100% inspected.
Full Inspection
QC specilists will check the parts at every step with testing equipments accordingly,like 3D / 2D project, height/thread /roughness gauge. Offering inspection report with full dimensions for each part.
Package
Many different ways to pack the goods,avoid the damage, easy to carry and enviornmentally，Accept customer customization, commonly used pearl cotton, bubble bag.
Flexible Turnaround Time
We customize production schedules for various projects to ensure we meet your aluminum CNC machining parts needs.
Project Type
Urgent high-Precision Samples
CNC Aluminum Prototype Manufacturing
Molding Requirements
High-Volume Production
Turnaround Time
24-Hour Delivery
Simple Parts: 1–3 days,Complex Parts: 3–7 days
Mold Production: Completed in 5 days, with samples delivered within 7 days.
Lead Times: Depend on part complexity, with typical delivery within 2–4 weeks, always meeting customer deadlines.
For projects with urgent deadlines, please contact us immediately for expedited processing.
Customized ADC12 (A380) Aluminum CNC Machined Parts Ordering Process
Upload Your CAD Drawing File
Quotation and DFM Analysis
We will send the design back within 12 hours for manufacturability analysis and real-time quotation.
Start Production
Once the order is confirmed, we will begin the production process based on your CAD design.
Received Your Machined Parts
The aluminum prototype parts will be produced within a few days and shipped directly to you via your specified logistics method.
CNC Machining Workshop
Established in 2010 and is located in Guangming District, Shenzhen, Guangdong Province, China,has own factory cover an area of 5000 m2. We are customized machining parts manufacturer with 100 employees,can provide items within 24 hours.
100 sets machines including 4 & 5 axis imported CNC centers,turning & milling machines for fast delivery, 6 engineers who have been working for more than 20 years to provide you with free design service to ensure that parts can reach the appearance of iPhone, the accuracy of Atomic Clock, tolerance per 0.01 mm, the key procedure controlled by CPK1.68 or more. At the same time,2 engineers specialized in surface finishingcontrol the finish procedures. Passed ISO 9001:2005 & IATF 16949 & SGS in 2015.
Devoted to helping 10,000 enterprises to break through the difficulty of processing, and strive for becoming a leader in high-efficiency, high-yield, and precise parts. In the past 15 years, our business has spread to 62 countries around the world,covered military, medical, semiconductor, Telecommunication, automotive and other fields.No matter how complicated part is, or any technical problems faced with,we can find the solution and offer you with professional service.
100+
Sets of Machine
120+
Countries Shipped
100,000+
Parts Manufactured
Roundness Meter
3D Detection
Blu-Ray 3D Scanning
Salt Spray Tester
Air Tightness Test
Surface Finish Inspection
IPQC Inspection
Hardness Testing
Electronic Height Gauge
2D Detection
ADC12 (A380) Aluminum CNC Machining Applications
Our ADC12 (A380) CNC machined parts are ideal for automotive engine brackets, housings, and sensor mounts; electronics enclosures and heat sinks; industrial pump and gear housings; and consumer appliance components. With excellent machinability, corrosion resistance, and dimensional stability, we deliver precise, durable, and lightweight parts tailored to your industry’s requirements.
Automotive Parts
Engine brackets, housings, valve covers, sensor mounts etc. High dimensional stability, good corrosion resistance, excellent for complex cast shapes, lightweight.
Electronics / Electrical Parts
Enclosures, heat sinks, connectors, housings etc. Good thermal conductivity, precise CNC machinability, smooth surface finish achievable.
Industrial / Machinery Parts
Pump housings, gear housings, precision fixtures etc. High wear resistance, strong enough for moderate loads, excellent for complex geometries.
Consumer Products Parts
Appliance parts, casings, handles etc. Lightweight, corrosion-resistant, easy to surface finish (plating/painting).
Communication Equipment Parts
Connectors, housings, mounting brackets etc. Machinable with tight tolerances, stable under thermal cycling, good dimensional accuracy.
Electric bicycles / Electric vehicles Parts
Controller housings, battery housing structural components, instrument housings etc. Lightweight, good shock resistance.
Aluminum CNC Machined Parts Assembly and Packaging Services
We provide professional assembly and secure packaging for ADC12 (A380) CNC aluminum parts. Each component is inspected, precisely assembled, and carefully packed to ensure safe delivery, maintaining part integrity, functionality, and quality from our factory to your facility.
Assembly
At our CNC machining facility, we provide professional assembly services for ADC12 (A380) aluminum parts.
Package
We offer multiple packaging solutions for CNC aluminum parts, including ADC12 (A380), to ensure safe delivery. Individual parts are protected with bubble wrap, foam inserts, or custom trays, while sturdy corrugated boxes and shrink wrap secure components during transit.
For sensitive or bulk orders, we provide anti-static packaging and palletized packing, keeping parts stable, intact, and ready for immediate use upon arrival.
Here are the packaging methods we offer for CNC aluminum parts, including ADC12 (A380):
This ensures parts arrive safely, intact, and ready for use.
ISO 9001:2015 Certified Factory
Our ADC12 (A380) CNC aluminum parts are manufactured under strict quality standards and certified with ISO and industry-specific certifications, ensuring reliable performance, compliance, and peace of mind for every customer.
Patent Certified
ISO 9001:2015
IATF 16949
SGS Materials Test Report
FAQs About ADC12 (A380) Aluminum CNC Machining
What are the Differences Between A380 Aluminum and ADC12?
A380 aluminum and ADC12 are both die-casting alloys, but they differ slightly by region and chemical composition. A380 is commonly used in North America and Europe, while ADC12 is the Japanese JIS equivalent. Both offer excellent castability, corrosion resistance, and dimensional stability, making them ideal for complex die-cast components. From a customer perspective, either alloy can be selected for high-volume die-cast parts, with ADC12 often preferred in Asian markets.
What is ADC12 Aluminum Equivalent to? What is its Grade?
ADC12 aluminum is equivalent to A380 (North America) or EN AC-46000 (Europe). It is a high-silicon, aluminum-copper die-casting alloy designed for excellent fluidity, low shrinkage, and good mechanical properties. Customers benefit from its consistent quality, which is suitable for automotive parts, machinery housings, and electrical components.
What are the Differences Between ADC12 and 6061 Aluminum?
ADC12 is a die-casting aluminum alloy, optimized for high-volume production, complex shapes, and good corrosion resistance. It is not heat-treatable to the same strength levels as 6061. 6061 aluminum, a wrought alloy, offers superior mechanical strength, heat treatability, and machinability, making it better for structural and load-bearing applications. Customers choose ADC12 for cost-effective, intricate castings and 6061 for high-performance machined parts.
What is the Ultimate Tensile Strength of A380 Aluminum?
The ultimate tensile strength (UTS) of A380 aluminum typically ranges from 310–370 MPa, depending on casting conditions and temper. For customers, this level of strength ensures reliable performance in die-cast components while maintaining good dimensional accuracy and surface finish.
What are the Differences Between A380 and A356 Aluminum?
A380 is a die-casting alloy optimized for high-volume, complex castings, with moderate strength and good corrosion resistance. A356 aluminum is a sand- or permanent-mold casting alloy, offering higher tensile strength and better fatigue resistance but lower fluidity for complex shapes. Customers select A380 for intricate die-cast parts and A356 when mechanical strength and toughness are more critical.
What are the Differences Between A380 and A383 aluminum?
Both A380 and A383 are die-casting alloys, but A383 contains more silicon, giving it better corrosion resistance and slightly higher strength. A380 is often preferred for general-purpose die-cast components due to its excellent fluidity and dimensional stability. Customers choose A383 for parts exposed to harsher environments or requiring slightly improved mechanical properties.
What are the Differences Between ADC12 and A356?
ADC12 is a die-casting alloy, suitable for high-volume, complex-shaped components, while A356 is a wrought or sand-casting alloy offering higher mechanical strength, better fatigue resistance, and heat-treatable properties. Customers opt for ADC12 when production efficiency and intricate geometries are priorities, and A356 when mechanical performance and toughness are more important.
What is the Price of A380 Aluminum Alloy?
The price of A380 aluminum alloy varies depending on market conditions, volume, and form (ingot, shot, or pre-cast blanks). Generally, it is more cost-effective than 6061 or 7075 due to its die-casting optimization. Customers can expect standard die-cast material pricing to range from $2–$5 per kilogram, though exact quotes depend on suppliers and order quantities.
What are the Differences Between ADC12 and ADC10?
ADC12 and ADC10 are both Japanese die-casting aluminum alloys, but ADC10 contains less copper and slightly more silicon, resulting in better corrosion resistance but lower tensile strength. ADC12 is stronger and better for load-bearing parts, while ADC10 is ideal for non-structural components requiring high corrosion resistance. Customers select the alloy based on the balance between strength and environmental durability.
Related suggestionGive us a call or send an inquiry to our emailbox, we will answer your doubts according to your customers' requirements, and quote you immediately.
+86 15099911516
