ISO9001 (2015), ISO14001, ISO13485, gecertificeerd.
WhatsApp: +86 138-2620-9144
E-mail: quote@yokan-machining.com
ISO9001 (2015), ISO14001, ISO13485, gecertificeerd.
WhatsApp: +86 138-2620-9144
E-mail: quote@yokan-machining.com
Leverage the benefits of aluminum—excellent strength-to-weight ratio, corrosion resistance, and machinability—with Yokan Machining’s professional CNC machining services. We combine state-of-the-art equipment with deep technical expertise to produce components that meet the tightest tolerances and highest quality standards for your most demanding applications.
Your Partner for Precision Aluminum Parts
● Certified Aluminum Alloys
● Factory-Direct Prices
● No MOQ – 1 Part or 10,000+
● Fast Turnaround Times
Material/Metal CNC Machining /Aluminum CNC Machining Services
At Yokan Machining, we are your end-to-end partner for precision aluminum CNC machining. We expertly guide your project from initial concept and functional prototyping through to final, high-volume production, delivering machined aluminum parts that meet the highest standards of quality and precision.
Validate your designs and accelerate your time-to-market with our rapid aluminum prototyping service. CNC machining functional prototypes from the final production material provides the most accurate representation of your part’s fit, form, and function.
Our Prototyping Process Ensures:
● Design for Manufacturability (DFM) Analysis: Our engineering team provides expert design review and feedback to optimize your part for cost, performance, and manufacturability before cutting metal.
● Cost-Effective Validation: Identify and solve potential issues early, saving significant time and cost compared to discovering them in full production.
● Integrated Secondary Services: We seamlessly combine machining with in-house processes like EDM, wire EDM, and welding to meet any special prototype requirement.
When you move to production, Yokan Machining is your capable and affordable manufacturing partner. Our ISO 9001-certified quality management system governs every step of our process, guaranteeing that every production run meets your exact specifications.
Why Choose Us for Production?
• Consistent Quality & Precision: Rigorous quality control and inspection processes ensure every part we ship is perfect.
● Expert Project Management: Dedicated support to manage your project efficiently from order to delivery.
● Comprehensive Finishing Services: We provide a wide range of aluminum surface finishing options to enhance appearance and durability, including:
● Aesthetic Finishes: Polishing, Sandblasting, Powder Coating, Painting
● Protective Finishes: Anodizing (Type II & III), Chromating, Electrophoresis
Get an Instant Quote Online or Speak with Our Engineering Team Today to discuss your custom aluminum parts.
Our investment in cutting-edge technology is our commitment to your project’s success. Our fleet of advanced 4-axis and 5-axis CNC machining centers (featuring industry-leading Makino equipment) provides the versatility and precision needed to manufacture complex machined components with exceptional accuracy and efficiency.
Our Core Capabilities Include:
Perfect for complex contours, intricate geometries, and single-setup machining, reducing time and ensuring flawless accuracy.
For faster cycle times, superior surface finishes, and increased efficiency on both prototypes and production runs.
Expertise in crafting lightweight, high-strength components without compromising structural integrity.
Scalable resources to handle both low-volume and high-volume orders with consistent quality.
We hold exceptionally tight tolerances to meet the most critical dimensional requirements for aerospace, automotive, and medical applications.
Dedicated production capacity that ensures reliable lead times and faster turnaround on your projects.
Unlock the full potential of your most complex part designs with Yokan Machining’s state-of-the-art 5-axis CNC aluminum milling services. We specialize in transforming raw aluminum into high-precision, complex components with exceptional accuracy and surface finishes. Whether you need a single prototype or full production runs, our advanced capabilities are engineered to meet your most demanding manufacturing challenges.
We invest in industry-leading technology to ensure we are your most capable manufacturing partner. Our shop features a strategic mix of Makino machining centers, each selected for a specific purpose to deliver optimal results for your project, including:
Makino DA300
5-Axis, 4x units
Excellently engineered for the rapid accelerations and decelerations required for optimal aluminum machining, drastically reducing cycle times. Its 5-axis capability allows it to machine complex features, deep cavities, and undercuts on all sides of a part without manual intervention, ensuring high accuracy for complex aluminum housings and fittings.
Makino D200Z
5-Axis, 2x units
The high-RPM (20,000 rpm standard, 30,000 rpm in option) spindle is perfect for aluminum, allowing for exceptional surface finishes to achieve near-mirror finishes directly off the machine, it will also allow for use of small tools to run small-diameter end mills at their required surface speeds to machine fine details, thin walls, and intricate features common in aerospace and medical prototypes.
Makino A51NX
Horizontal, 1x unit
Its large work envelope and power make it the ideal choice for machining large aluminum plates, frames, and structural components that are common in automotive, aerospace, and industrial equipment.
The true power isn’t just in each individual machine, but in how they work together as a complete production cell:
The A51NX quickly and efficiently roughs a large aluminum billet, removing the majority of the material to get close to the final shape.
The part is then transferred to either:
The DA300 for high-volume, efficient finishing and machining of complex features on multiple sides.
The D200Z for ultra-high-precision finishing where surface quality and tight tolerances are critical.
This workflow is highly efficient. It prevents tying up high-precision finishing machines with the brutal work of roughing, protecting their accuracy and freeing them up to do what they do best.
This ecosystem allows Yokan to offer:
● Faster overall project lead times.
● Lower cost per part through optimized machining strategies.
● The ability to handle any aluminum project, from a small, intricate prototype to a large, high-volume production run, all with the right tool for the job.
Aluminum is the premier material for CNC machining, offering an unbeatable combination of performance, efficiency, and value. At Yokan Machining, we leverage the unique properties of aluminum to produce high-quality, precision parts for a vast array of industries. Here’s why aluminum is the ideal choice for your next project:
Aluminum is renowned for its low density, making it one of the lightest available machining metals. This property is critical for applications in aerospace, automotive, automation, and robotics, where reducing weight directly improves fuel efficiency, agility, and performance.
Don’t let its lightness fool you. Aluminum alloys provide exceptional strength and rigidity, rivaling many steels. This high strength-to-weight ratio ensures your components can withstand significant structural demands and stress without adding unnecessary mass.
Aluminum is one of the easiest metals to machine. It allows for:
● Faster Cutting Speeds: Reduced production times and lower costs.
● Reduced Tool Wear: Longer tool life and less downtime for changes.
● Superior Surface Finishes: The ability to achieve excellent finishes directly from the machine, often reducing or eliminating the need for secondary finishing.
Many aluminum alloys form a protective oxide layer, granting them inherent corrosion resistance. This makes aluminum parts exceptionally durable for use in:
● Harsh outdoor environments
● Medical and marine applications
● Parts exposed to moisture or chemicals
Aluminum is an excellent conductor of both heat and electricity. This makes it the material of choice for critical applications such as:
● Heat Sinks and cooling components for electronics
● Electrical Housings and enclosures
● Energy-efficient components where heat dissipation is vital
Our expertise in machining aluminum allows us to maximize these inherent benefits for your parts. We guide you on the best alloy for your application—from easy-to-machine 6061 to high-strength 7075—ensuring optimal performance, quality, and value.
Achieving exceptional dimensional stability is critical for manufacturing high-precision aluminum components. At Yokan Machining, we implement advanced techniques to minimize distortion and ensure every part meets stringent tolerances. Here are five proven methods to improve stability in your CNC aluminum projects.
Raw aluminum stock often contains inherent internal stresses that can cause distortion during machining. We mitigate this through:
● Thermal Aging: Utilizing artificial or natural aging processes to relieve stress within the material before machining begins.
● Strategic Rough Machining:Removing the bulk of material early in the process, then allowing the part to rest for 1-2 hours (natural aging) to release residual stresses before proceeding with finish machining.
Improper clamping forces can distort thin-walled and delicate aluminum parts. Our solutions include:
● Uniform Pressure Distribution:Implementing custom fixtures and suction cups to spread clamping force evenly across the workpiece.
● Rigidity Enhancement:Filling hollow cavities with low-melt alloys or specialized supports to dramatically improve stability during machining.
● Custom Jig Design:Creating dedicated fixtures that support the part’s geometry to prevent tool pressure-induced deformation.
Tool selection directly impacts cutting forces, heat generation, and ultimately, dimensional accuracy. We optimize by:
● Specialized Tool Geometry:Using tools with polished flutes and optimal rake angles specifically designed for aluminum to reduce cutting resistance and heat.
● Premium Tool Coatings:Employing advanced coatings that minimize friction and prevent aluminum adhesion to cutting edges.
● Strategic Tool Material Selection:Utilizing micro-grain carbide tools that maintain sharpness while withstanding high-speed machining temperatures.
A well-planned machining approach is crucial for maintaining stability throughout the process:
● Progressive Material Removal:Following the proven sequence of roughing → semi-finishing → corner cleaning → finishing operations.
● Consistent Allowance Management:Maintaining uniform stock allowances after each operation to ensure consistent stress distribution and heat dissipation.
● Multiple Semi-Finishing Passes:For high-precision components, we incorporate additional semi-finishing stages to gradually approach final dimensions while minimizing stress.
Tool selection directly impacts cutting forces, heat generation, and ultimately, dimensional accuracy. We optimize by:
● Specialized Tool Geometry:Using tools with polished flutes and optimal rake angles specifically designed for aluminum to reduce cutting resistance and heat.
● Premium Tool Coatings:Employing advanced coatings that minimize friction and prevent aluminum adhesion to cutting edges.
● Strategic Tool Material Selection:Utilizing micro-grain carbide tools that maintain sharpness while withstanding high-speed machining temperatures.
[Request a Free Design Consultation] – Our engineers will analyze your project and recommend optimization strategies.
[Get an Instant CNC Machining Quote] – Upload your drawings for a fast, detailed quotation.
At Yokan Machining, we specialize in transforming a wide range of aluminum alloys into high-precision components. Each grade offers unique properties, making material selection critical for your project’s success. We guarantee material integrity through rigorous incoming inspection and provide full traceability with material certification.
Aluminum’s exceptional properties – including excellent strength-to-weight ratio, natural corrosion resistance, superior electrical and thermal conductivity, and outstanding machinability – make it ideal for countless applications across aerospace, automotive, electronics, and consumer products.
Here are some of our Most Commonly Machined Aluminum Grades:
| Aluminum Grade | Cost | Ultimate Tensile Strength | Maximum Operating Temperature | Elongation | Hardness | Weldability | Thermal Conductivity | Common Applications |
|---|---|---|---|---|---|---|---|---|
|
Aluminum 6061-T6 |
$ |
291 – 320 MPa |
130 – 150 °C |
12 – 17 % |
60 HRB |
High |
152 – 169 W/(m⋅°C) |
Automotive, Marine, Electrical |
|
Aluminum 7075-T6 |
$$$ |
434 – 580 MPa |
100 °C |
2 – 11 % |
79-86 HRB |
Poor |
131 – 137 W/(m⋅°C) |
Aircraft and aerospace,Marine |
|
Aluminum 5083-H111 |
$$ |
270 – 350 MPa |
80 – 100 °C |
13% |
74 HV |
High |
118 – 128 W/(m⋅°C) |
Marine industry,Pressure vessels |
|
Aluminum 6082 |
$ |
140 – 340 MPa |
130 – 150 °C |
6.3 – 18 % |
35-56 HRB |
High |
160-180 W/(m⋅°C) |
Structural frames,Pylons |
01. Aluminum 6061:
The Versatile All-Rounder
Properties: Excellent mechanical properties, good corrosion resistance, and high weldability
Machinability: Excellent workability in annealed condition, responds well to most fabrication techniques
Best For: General purpose parts, automotive components, structural frames, and consumer products
Key Advantage: The most versatile heat-treatable aluminum alloy with balanced properties.
02. Aluminum 6082:
The High-Strength Structural Choice
Properties: Highest strength among 6000 series alloys, excellent corrosion resistance
Machinability: Excellent machining characteristics, particularly in plate form
Best For: Structural components, transportation applications, and high-stress parts
Key Advantage: Increasingly replacing 6061 in applications requiring higher tensile strength
03. Aluminum 6063:
The Architectural Specialist
Properties: Good mechanical properties, excellent finishing characteristics, high corrosion resistance
Machinability: Ideal for extrusion applications with excellent surface finish capability
Best For: Architectural applications, interior/exterior trim, and framing systems
Key Advantage: Superior surface quality for anodizing and other finishes
04. Aluminum 7075:
The Aerospace Champion
Properties: One of highest strength aluminum alloys, excellent strength-to-weight ratio
Machinability: Good machinability with proper tool selection and techniques
Best For: Aerospace components, highly stressed parts, military applications
Key Advantage: Exceptional strength comparable to many steels while maintaining aluminum’s lightness
05. Aluminum 2024:
The High-Performance Workhorse
Properties: Excellent strength-to-weight ratio, good fatigue resistance
Machinability: Average machinability, not suitable for welding
Best For: Aircraft structures, truck wheels, and structural applications
Note: Requires corrosion protection treatment for exposed applications
06. Aluminum 5052:
The Marine-Grade Solution
Properties: Highest strength non-heat-treatable alloy, excellent fatigue strength
Machinability: Good workability with excellent corrosion resistance
Best For: Marine applications, electronic chassis, and general sheet metal work
Key Advantage: Superior resistance to saltwater and marine atmospheres
At Yokan Machining, we understand that the right surface finish is the final, critical step in manufacturing high-quality aluminum components. A finish can enhance appearance, improve durability, add special properties, or prepare the part for its end-use environment. We offer a comprehensive range of finishing options to meet your precise technical and aesthetic requirements.
Need Help Choosing a Finish?
[Contact Our Finishing Experts]
Our Comprehensive Aluminum Finishing Services include:
Description: The part is delivered directly from the CNC machine with visible tool marks.
Benefits: The most cost-effective option; fastest turnaround.
Note: Burrs and sharp edges can be removed upon request. Ideal for non-visible functional prototypes or parts where surface appearance is not critical.
Description: A stream of fine glass beads is used to create a uniform, smooth, matte surface texture.
Benefits: Effectively removes all visible tool marks and provides a clean, non-directional, satin-like finish. Excellent pre-treatment for anodizing.
Description: A mechanical or chemical process to create a smooth, reflective, and shiny surface.
Benefits: Enhances aesthetic appeal, reduces surface adhesion, and simplifies cleaning. Perfect for consumer-facing products and decorative items.
Description: An electrochemical process that thickens the part’s natural oxide layer, creating an extremely durable, integral finish.
Benefits:
● Type II (Standard): Offers good corrosion resistance and allows for a wide range of decorative, colored finishes.
● Type III (Hard Coat): Provides superior wear and abrasion resistance, increased hardness, and excellent corrosion protection. Note: Anodizing will not hide tool marks; a bead blast finish is recommended beforehand for a uniform appearance.
Description: A chemical film that converts the aluminum surface to provide corrosion resistance.
Benefits: Maintains electrical conductivity, provides a good base for paint adhesion, and is RoHS compliant. Essential for aerospace and electronic applications.
At Yokan Machining, quality isn’t just a step in our process—it’s the foundation of everything we do. We are committed to delivering aluminum components that meet the most stringent precision and reliability standards, ensuring they perform flawlessly in your critical applications. Our ISO 9001:2015 certified quality management system guarantees consistent excellence across every project.
We implement a multi-stage inspection protocol to verify dimensional accuracy, material integrity, and compliance with your specifications:
01 First Article Inspection (FAl)
Comprehensive verification of initial production parts against all design specifications.
02 In-Process Monitoring
Real-time quality checks throughout the machining processto identify and address any deviations immediately.
03 Advanced Metrology
Utilization of state-of-the-art CMMand laser scanning equipment forprecise verification of critical dimensions and complex geometries.
04 Final Inspection & Verification
Rigorous final assessment including surface finish evaluation, functional testing, and documentation review.
05 Full MaterialTraceability
Certified materia ldocumentation with lot number traceability forcomplete quality assurance.
● Reduced Risk: Comprehensive inspection protocols minimize the potential for errors and rework
● Enhanced Performance: Precisely machined parts ensure optimal functionality in your assemblies
● Regulatory Compliance: Our certified processes help you meet industry-specific quality requirements
● Cost Efficiency: Early defect detection prevents expensive downstream issues
Our quality commitment makes us the preferred partner for aerospace, medical, automotive, and defense applications where precision and reliability are non-negotiable.
Explore real-world examples of our capabilities. Our team specializes in rapid prototyping and production across a wide range of industries, including:
● Aerospace & Defense
● Automotive
● Medical Devices
● Electronics & Robotics
● Industrial Automation
● Marine Hardware
● Consumer Products
CNC machined aluminum 6061 aerospace bracket with a clear anodized finish.
Drone arm made from bead blasted and hard coat anodized aluminum 7075.
Precision as-machined aluminum 6061 jig for industrial automation.
Our complete CNC services ensure high quality, competitive prices, and on-time delivery from prototype to production.
[Get an Instant Quote] – Upload your drawings for a fast, detailed quotation
+86 138 26209144
quote@yokan-machining.com
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No.7, Hetang Road, Qingshui'ao,Jian sha zhou, Wanjiang Dist.,Dongguan City, China. 523062
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