What Are Aluminum CNC Turning Parts
Aluminum CNC Turning Parts are custom components manufactured by shaping aluminum bar stock on a CNC lathe. Due to its exceptional combination of low density, high strength-to-weight ratio, and excellent thermal conductivity, aluminum is the material of choice for performance-critical applications, especially those involving electric motors, robotics, and thermal management.
JST Industry specializes in producing high-precision aluminum CNC turned parts tailored for motor systems. We leverage high-speed machining techniques suitable for softer materials like aluminum alloys (e.g., 6061, 7075), ensuring rapid production cycles and superior surface finishes.
Whether you require precise motor shafts, lightweight cooling fins, specialized connectors, or complex housings, our comprehensive capabilities ensure reliable delivery of every aluminum CNC turning part. We guarantee optimal mechanical performance, making our components essential CNC turned aluminum parts for improving efficiency and reducing the overall weight of your final product.
Parameters of Aluminum CNC Turning Parts
| Parameter | Details |
|---|---|
| Manufacturing Process | High-Speed CNC Turning, Swiss Lathe, Live Tooling (Turn-Mill) |
| Common Materials | Aluminum 6061-T6 (General use, good weldability), 7075 (High strength), 2024 (Aerospace), 5052 |
| Size Range (OD) | φ 0.5 mm up to φ 350 mm |
| Precision Tolerance | ISO 2768-F (Fine), up to ±0.003 mm |
| Surface Roughness | Ra 0.4 to Ra 1.6 (Excellent for sealing and aesthetics) |
| Standard Surface Finishes | As-machined, Bead Blasting, Anodizing (Type II & Type III Hard Coat), Chemical Conversion Coating (Alodine) |
| Sekundäre Operationen | CNC Milling, Deburring, Tapping, Polishing, Laser Engraving |
| Inspektionsausrüstung | Non-contact optical measurement systems, CMM, Gauges |
| Quality Standards | ISO 9001:2015, (Optional: AS9100) |
Why Choose JST's Aluminum CNC Turning Parts
Superior Heat Dissipation and Lightweight Design in CNC Turned Aluminum Parts
JST Industry focuses on maximizing the inherent advantages of aluminum to deliver superior CNC turning aluminum parts for high-tech applications:
Exceptional Thermal Management
Aluminum’s high thermal conductivity (especially 6061) makes it perfect for dissipating heat rapidly. We produce specialized motor cooling fins and heat sinks that are highly efficient, directly extending the lifespan of the motor components.
Ultra-Lightweight Solutions
We prioritize weight reduction without compromising strength. Utilizing alloys like 7075, we create structurally robust aluminum CNC turning parts essential for applications like robotics, drones, and high-speed moving assemblies where mass minimization is critical.
Aesthetic and Protective Anodizing
Our components undergo professional anodizing (Type II for color/aesthetics; Type III for wear resistance). This process enhances the inherent corrosion resistance of the aluminum CNC turned parts and provides a durable, customizable finish.
High-Speed, Cost-Effective Machining
Aluminum's excellent machinability allows for faster cutting speeds and reduced cycle times compared to steel. This efficiency translates directly into lower manufacturing costs and quicker delivery of high-volume orders.
Korrosionsbeständigkeit
Naturally resistant to rust and atmospheric corrosion, these aluminum CNC turning parts maintain integrity in environments exposed to moisture, making them ideal for outdoor or marine applications.
Typical Industry Applications
Critical Aluminum CNC Turning Part Components for Modern Electronics and Motion Control
Aluminum CNC turning parts are indispensable across industries requiring precision, lightness, and heat management.
| Industry | Specific Application | Example Parts | Key Requirement |
|---|---|---|---|
| Electric Motors/Drives | Housing, cooling, precise rotation | Motor shafts, end caps, thermal sleeves, brush holders | Low inertia, excellent heat transfer, concentricity |
| Robotics & Automation | Moving joints and structural supports | Custom pivot pins, robotic arms, sensor mounts, lightweight gear hubs | High strength-to-weight ratio, tight angular tolerances |
| Aerospace & UAVs (Drones) | Flight control surfaces, chassis, internal structure | Custom fasteners, lightweight brackets, sensor housings | Material certification (e.g., 7075), minimal mass, reliability |
| Electronics & Telecom | Component protection and thermal regulation | Connectors, wave guides, heat sinks for CPUs/LEDs, threaded fittings | Precise threading, optimal thermal dissipation, EMI shielding |
| Medizinische Geräte | Portable diagnostic equipment, imaging systems | Housings, fluid connectors, sterile grips | Biocompatibility (if needed), lightweight, high-quality finish |
Our Customization Process
Upload & Review
Submit your drawings/3D files. Receive free DFM analysis within 24h.
Quote & Plan
Get a transparent, detailed quotation and production timeline.
Production & QC
Precision CNC machining begins with first-article inspection.
Finishing & Inspection
Apply surface treatments and conduct 100% final quality check.
Delivery & Support
Parts are safely packaged and shipped. Documentation provided.
Hilfe-Center
FAQ
Q1: What are the best aluminum alloys for complex CNC turning aluminum parts?
A: For general precision and strength, 6061 is the standard choice due to its excellent machinability and low cost. For extremely high-stress applications (like high-performance motor shafts or aerospace brackets), 7075 is preferred due to its superior strength, comparable to many steels.
Q2: Why is anodizing recommended for aluminum CNC turned parts?
A: Anodizing creates a hard, corrosion-resistant oxide layer on the surface. This is vital for protecting aluminum CNC turned parts from wear and atmospheric corrosion, especially important if the components are exposed to the environment or friction (e.g., Type III Hard Coat Anodizing).
Q3: Can you ensure the concentricity required for a motor shaft or critical CNC turned aluminum parts?
A: Absolutely. Concentricity is critical for rotating components. We use advanced CNC lathes and rigorous in-process inspection (using high-precision chucks and collets) to ensure runout and concentricity tolerances meet or exceed the requirements for critical motor shafts and bearing housings.
Q4: Are aluminum CNC turning parts suitable for high-vibration environments?
A: Yes. While lighter than steel, certain aluminum alloys (like 7075) offer excellent fatigue properties. Furthermore, aluminum’s dampening characteristics can sometimes be advantageous in reducing resonance, making it an ideal material for many high-frequency or high-vibration applications.
Q5: What file formats do you require for a quote on a custom aluminum CNC turning part?
A: We require 3D files (STEP, IGES preferred) and a 2D engineering drawing. The drawing must clearly specify all critical dimensions, tolerances, required aluminum alloy (e.g., 6061-T6), and any necessary post-processing such as anodizing or Alodine chemical film.
Leitfäden, die Sie brauchen könnten
Wie Sie das richtige CNC-Fräsmaterial für Ihr Projekt auswählen
Material selection happens early in the design process, but its effects ripple through everything that follows. The wrong choice shows up as parts that cost too much, wear too fast,
7 wichtige Fragen bei der Auswahl eines CNC-Fräsdienstleisters
Finding a machine shop isn’t hard. Finding the right one? That’s a different challenge entirely. The internet surfaces dozens of options within minutes, all claiming competitive pricing, quality workmanship, and
CNC-Fräsdienstleistungen: Leitfaden von der Planung bis zur Lieferung
Getting parts made sounds simple enough. Send a drawing, receive finished components. But anyone who’s actually gone through the process knows there’s considerably more happening between those two points. Understanding
DE 
EN 
FR 
RU 
ES 
IT 
AR 
JA