Manufacturer & factory: custom Customizable Aluminum Machined Partss Directly in China - YUZHI

How to Aluminum Machined Parts?

CNC Machining - Computer numerically controlled (CNC) machines can create aluminum parts with thin walls by carving away material from a solid aluminum block according to programmed instructions. Aluminum machining requires fast feeds to prevent the metal from sticking to the cutting tools. Oils are needed for lubrication and cooling.

Forging - The aluminum workpiece is placed between a positive and negative mold and compressed with extreme force via a hydraulic press. This forms the aluminum into the desired shape which can then undergo further CNC machining.

Casting and Molding - Molten aluminum is poured into a mold cavity and cooled until solid. The hardened part takes on the same shape as the mold interior.

Extrusion - Aluminum billets are pushed through a steel die to create elongated parts with a uniform cross-section.

Stamping - Flat sheet metal aluminum 6061 alloy is one of the most commonly used for machined parts due to its excellent machinability in sheet form. precision metal stamping can mass-produce components.

With processes like CNC machining, casting, and forming, factories can produce both prototype and production aluminum parts.

What Are Aluminum Machined Parts?

Aluminum machined parts are components that have been formed from aluminum metal using subtractive manufacturing processes that cut away excess unwanted material. This allows the remaining aluminum to take on the desired shape and dimensions.

Common aluminum machining operations include:

  • Milling - Using rotary cutters to slice metal parts to precise sizes
  • Turning - Spinning the aluminum on a lathe while cutting tools shave away material
  • Drilling - punching holes and cavities using drill bits
  • Sawing - Slicing through aluminum blocks or rods using circular saw blades
  • Threading - Cutting screw threads into holes to enable assembly with bolts and fasteners

The resulting aluminum components serve functions ranging from small pins and brackets to large casings and plates. Compared to alternatives like steel or plastic, aluminum provides strength and durability while remaining lightweight. This makes aluminum machined components suitable for aircraft, vehicles, electronics, machinery, and other applications where weight savings are critical.

Why Use Aluminum for Machined Parts?

Aluminum possesses properties that make it advantageous for machined components across many industries:

Thermal Conductivity - Aluminum conducts heat effectively, allowing parts to dissipate heat rapidly. This helps avoid overheating in components.

Non-Magnetic - Aluminum has no magnetic properties, enabling use in sensitive electrical or electronic systems.

Non-Flammable - Aluminum does not combust, making it safer than flammable metals.

Lightweight - Low-density aluminum creates lightweight machined parts compared to steel, helping improve performance in vehicles and aircraft.

Corrosion Resistant - Aluminum forms an impervious oxide layer resisting corrosion in many environments.

High Strength-to-Weight Ratio - pound-for-pound, aluminum provides strength comparable to mild steel while weighing a third less.

Manufacturability - Aluminum machines well by various methods like milling, turning, drilling, and tapping threads. It also readily forms into parts via casting or extrusion.

The combination of these material attributes allows aluminum machined components to provide an optimal balance of lightness, durability, and functionality across a vast array of industrial contexts.

How Do Aluminum Machined Parts Work?

Aluminum machined parts function through material removal processes guided by automated equipment:

1. Computer Numerical Control (CNC) machining centers direct the motion of cutting tools using software-generated commands. Electric motors position and feed mills, drills, and lathes based on programmed paths and parameters.

2. The spinning cutting edges of tools slice into the aluminum material, carving away unwanted sections layer by layer. This subtractive method forms the desired part geometry.

3. Workholding equipment like vises and chucks clamp and secure aluminum workpieces in place against the pressure and vibration of machining forces.

4. Cooling lubricants wash away aluminum chips and swarf while preventing dangerous heat buildup from friction that can damage tooling.

5. Quality inspection verifies that finished aluminum components have been machined to meet target dimensional, surface finish, and shape tolerances through post-process checks.

The automated, software-driven techniques involved allow consistent machining of aluminum parts rapidly and accurately. Lathes, mills, and other programmable equipment transform source aluminum into finalized components matching 3D computer models. The resulting aluminum parts then serve cascading functions in sub-assemblies or end products.

People May Ask

What Different Types of Aluminum Fabrication Are There?

Extrusion, catting, rolling, and forging are four of the most popular methods for producing aluminum. Each one uses a distinct method and gives the aluminum particular qualities. The end result is that product designers can use them for various parts and applications.

Is 6061 Aluminum Weakened by Welding?

Aluminum will often become weaker after welding, and for several distinct reasons. The primary cause is that heat will change the aluminum's temper, which can frequently lead to a reduction in yield strength of about 50% if corrective steps aren't done.

Is Forging More Durable Than CNC?

Considering the size of a typical volume of runs in Australia, CNC machining services are most likely the most practical choice in a range of circumstances. But if you want a more robust, tactile production, forging is the way to go. The two procedures do, however, also work very well together.

What Does CNC-Machined Aluminum Entail?

A computer software controls a CNC (Computer Numerical Control) machine, which can be used for complete item manufacturing or prototyping. Due to its exceptional machinability, aluminum is the material of choice for most manufacturing industries and is therefore frequently machined.

Can Aluminum Be Produced in Its Purest Form?

Pure aluminum, which I got from bauxite, is rather expensive to create, too brittle to be used as a structural material, and too often. To increase its strength, an element such a magnetium was alloyed with it.

What Is The Distinction between CNC And Milling?

One of the most widely used processes in the family of attractive production is milling. How the machine moves is the primary distinction between manual and CNC milling. Both manual and CNC machines are operated by a human operator or a computer program.

What Milling Method Is The Most Effective?

The use of a CNC milling machine can be used to manufacture complicated shapes that would be difficult or impossible to produce using conventional methods since they are typically more accurate and efficient than traditional machining techniques. An essential machining technique for the contemporary manufacturing sector is CNC milling.

Which Nation Has A Large Aluminum Industry?

One reason why China produces so much aluminum is because the country's manufacturing sector needs the metal for products like cars, buildings, electronics, and consumer goods. The country also exports aluminum in manufactured form because to its superior shipping capabilities.

Why Am I Currently Spending Money on Aluminum?

Another problem is that extracting aluminum from ore requires a lot of energy and money. The cost of fuel, particularly coal, which is still extensively used in important countries like China and India that produce aluminum, affects the price forecast for aluminum.

What Causes Aluminum to Be So Costly?

Geordie Wilke, head of research at Ucden Financial, said, "It's highly electromagnetic-intensive. You use fossil fuel during the melting process to generate that power. China is the main producer of aluminum, and coal has been used there historically.

Aluminum Machined Parts Products

Aluminum Machined Parts

Adjustable Fang CAM GEAR in BLACK from VMS Racing Compatible with Honda Civic D15 D16 1.5L 1.6L SOHC 92-95 Anodized Machined CNC Billet Aluminum

Aluminum Machined Parts factory manufacturer supplier

Supreme Suspensions - CNC Machined T6 Aircraft Aluminum Diff Drop Spacers Kit - Microfiber Towel Included - Compatible with Toyota Tacoma / 4Runner / Fj Cruiser 4WD Models - Differential Drop Kit

Adjustable Fang CAM Gear in Gunmetal Anodized CNC Billet Aluminum from VMS Racing Fits Honda Civic D15 D16 1.5L 1.6L SOHC 96-00 1996-2000

Compatible with Jeep Wrangler JK JKU Series, VMS RACING 5 Black with Black Real Carbon Fiber CNC Machined Billet Aluminum Short Five-Inch Antenna

Compatible with Honda Acura Integra, the CNC machined billet aluminum VMS Racing Orange Oil Cap features an SKULL emblem.

Compatible with Chevy Silverado 1500 2500 3500 07-20, VMS Racing 50 Cal Caliber Gunmetal Gunmetal TIP Bullet Antenna Heavy Gauge CNC Machined Billet Aluminum

Hotop 4 Pieces Upgraded Brass 10.4g Weights on wheels Axial SCX24 AXI90081 1/24 RC Car Compatible Hex Adapter with 2 Brass Diff Cover Front Rear Heavy Duty Differential Cover Bridge Axle Cover (Gold)

Compatible with Chevrolet Silverado 1500 2500 3500 07-20, VMS Racing 50 Cal Caliber CHROME PINK TIP BULLET ANTENNA in Heavy Gauge CNC Machined Billet Aluminum Short

Compatible with Jeep CJ YJ TJ JK JL, TRUE SPIKE 5 pc 24K Carat Gold Bullet Tire Air Valve Stem CAPS Cover in Heavy Gauge CNC

Polaris RZR XP Turbo Edition 2017-2018 STVMotorsports SDP6GPS Custom Aluminum Dash Panel with GPS Display - Made in USA (no switches Included) (White)

Top Reviews

N. stemple

There's not much else to say, since other JDS users' pictures are also available here. It's a strong component of the JDS Atom because of its knurled texture and strong aluminum. I am a bit picky, but from the top where the hole is needed for tightening, this looks ugly despite being flexible enough to be used on a variety of goods. On my Atom, it did leave a few tiny scratches from the extremely slight twist used to put it on. Although the knob has a great appearance, it is not quite my ideal volume knob—my ideal would have a translucency that would enable light to show on the volume arrow. This dark music lover will snap to it the moment I come across one with that function.

DR650 Rider

My 2014 Suzuki DR650's standard Mikuni BST40 carburetor functioned flawlessly with this MICECNC Fuel Screw (also known as a "Idle Screw"). It was simple to install, came with the tiniest washer and o-ring, and protruded sufficiently below the carb to make adjusting the ide mixture simple. For the BST 40, none of them are offered anywhere on YUZHI, making them an excellent deal at $20. For your information, the factory BST40 carb, air filter (snorkel removed), and 42.5 pilot jet on my 2014 DR650 were all that were required for a flawless idle to be achieved. Just so you know, this screw's tip "taper" is a tiny bit more pointy than the factory idle screw, but it makes no difference to how it works; all I desire is that my BST carb's threads would fit a little bit tighter and have a little more thread tension.


I own and adore the JDS Atom headphone amplifier, just like a lot of other people do. I don't hate the plastic build quality at all, save from the knob. The depth of the volume knob on the Atom is what disturbed me. Turning it doesn't provide much "feedback" because it's smooth and shallow. After a little search, I found these knobs. Given that blue is the most brilliant color in the world, Naturely ordered a set in that shade. There are additional colors available for them. Even though I adore the blue, some people have used the black version, which looks great on the Atom. The stock Atom knob peels off easily, making knob replacements simple. The provided allen wrench holds a set screw that is fastened to the flat part of the Atom pot shaft, holding the aluminum knob in place while it fits exactly on the pot shaft. I adore how these knobs feel. Because they're not sharp, despite being knurled, you can grip them firmly without cutting your fingertips. The depth is precisely right—deeper than the stock Atom knob, but not to the point where it appears

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