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Aluminum Machining

CNC Machining for Aluminum Parts

CNC machining is a specific production procedure made used to create lightweight aluminum components.

It involves the use of computer-controlled makers to reduce as well as shape aluminum into the desired kind.

This technique offers high precision as well as repeatability, guaranteeing regular high-quality in-end products.

CNC machining can create complicated geometries and also limited tolerances, making it suitable for different sectors such as aerospace, automotive, and also electronics.

It is an efficient and also economical means to generate lightweight aluminum parts with outstanding surface area finishes.

YIJIN Hardware CNC Aluminum Machining Manufacturer

Provide High-Quality Aluminum Parts Custom Machining Services

custom aluminum parts manufactured by YIJIN Hardware

CNC aluminum products manufactured by YIJIN Hardware

CNC Aluminum Machining introduction

Aluminum machining refers to daily necessities and industrial products obtained through a series of processing and packaging processes with aluminum alloy as the main raw material.

Aluminum alloy materials are favored by engineers in various industries due to their light weight and good oxidation effect, and are frequently used materials in CNC machining.

Why choose aluminum alloy, because of its low density, light weight, easy processing and good surface treatment effect.

The performance of the CNC machined components, the use environment, and the different needs of the processing process, the aluminum alloy materials used are also different.

The aluminum alloy models commonly used by YIJIN Hardware are: 5052, 6061, 6063, 6082, 7075, etc.

We have a standing inventory of commonly used materials, which is convenient for direct use during processing and shortens the delivery time.

CNC Aluminum Machining Characteristics

CNC Aluminum Machining Material:

Aluminum 6061, aluminum 7075, aluminum 2024, aluminum 5052, aluminum 6063, aluminum 7050, aluminum MIC-6.

CNC Aluminum Machining Accuracy:

Our CNC turning centers produce precision turned parts with tolerances as small as +/- .0.01.

CNC Aluminum Machining Surface Treatment:

Anodizing, powder spraying, painting, electroplating, passivation, polishing, wire drawing, sandblasting, silk screen printing, laser engraving, electrophoresis, CD pattern, etching, highlighting, etching pattern, glue, etc.

Custom Aluminum Parts Surface Treatment Color:

Black, natural, blue, green and different colors are available in high quality finishes according to your requirements.

CNC Aluminum Machining Technology:

CNC aluminum milling, CNC aluminum turning, CNC aluminum drilling, etc.

CNC Aluminum Machining Applications:

Aluminum alloy is an essential industrial material and a commonly used CNC machining material because of its interesting thermal properties and excellent machinability, making it the material of choice for most manufacturing sectors in numerous industries.

Advantages of CNC Aluminum Machining

Cycle Time – Short production cycle
High Quality Material – Soft, lightweight, strength-to-weight ratio, machinability, plasticity, machinability durable, corrosion-resistant, non-magnetic, non-flammable, anodizing potential, low temperature resistance, electrical conductivity, recyclability.
Custom Designs – Our CNCs can accommodate a wide range of tools to ensure custom aluminum parts are manufactured to the exact specifications our customers require.
High Precision – Strictly control each step of the procedure, and carry out strict quality inspection of custom aluminum parts to ensure product quality.
Strong Production Capacity – Strong processing capacity, multiple production lines, professional and mature supporting equipment.
Rapid Production – With CNC milling services, we have the ability to manufacture complex parts in a short period of time.
High-Quality Service – Timely communication with customers about production progress, 3+1 service, on-time delivery.

Aluminum Properties

Aluminum, the twelfth-most common element of the universe, is a soft and ductile metal. It has a silvery gray outer appearance. The atomic number of this element is 13.

Aluminium is found in the 3rd period of the periodic table and is part of the 13th group. The chemical and physical properties of Aluminum make it very usable in diverse industries.

Let’s take a closer look into the characteristics of Aluminium.

Corrosion Resistance – Aluminum displays impressive resistance to corrosion, which means it doesn’t easily deteriorate when exposed to environmental elements.

This ability is triggered by a thin layer of Aluminum oxide that covers its outer surface, acting as a protective shield.

This layer of Aluminum oxide is generated as soon as the Aluminum surface comes into direct contact with the air.

In essence, it’s like the Aluminum forms its own natural armor to prevent damage from factors like moisture and oxidation.

Density – Aluminum has a lower density than most of the common metals like steel.

Electrical Conductivity – Its adeptness in conducting electricity makes it a preferred choice for electrical conduction purposes.

This metal finds application in high-voltage power lines, transformers, electric buses, and even socketed light bulbs, owing to its exceptional electrical conductivity.

Reflectivity – Aluminum boasts a remarkable attribute of bouncing back radiant energy across a comprehensive span of wavelengths.

Nearly 80% of light waves get reflected by it. This inherent reflectivity makes Aluminum a staple in illuminative apparatuses.

Efficient Heat Transfer – Aluminum conducts heat three times faster than steel.

This characteristic finds practical application in various fields.

For instance, it’s a popular choice in cookware, enabling even and rapid cooking.

Additionally, its prowess in heat conduction makes it a valuable component in air conditioning systems, ensuring effective temperature regulation.

Why Do Some Customized Aluminum Alloy Products Turn Black After Anodizing?

YIJIN Hardware reminds you that it may be that your aluminum machining material is not selected correctly, such as using aluminum alloy 7075.

As we all know, the oxidation effect of AL6061 is excellent, while the appearance of 6061 and 7075 materials is similar, and it is difficult to distinguish with the naked eye.

If there is no inspection before processing, and AL7075 is mistakenly processed as AL6061, the above problems will occur.

7075 aluminum is a forged alloy, which is synthesized from a variety of materials. During oxidation, due to the different chemical reactions of each material, the oxidation effect is uneven, and there are even some black spots. If the product is an appearance part, the effect will be great discounted.

Therefore, YIJIN Hardware reminds you again that aluminum machining materials, especially those with post-processing requirements, must ensure the authenticity of the raw materials.

As a CNC machining supplier, YIJIN Hardware is specially equipped with a spectrometer that can detect raw materials, so as to ensure the authenticity of the materials.

Overview of CNC Machining and Its Relevance in Modern Manufacturing

CNC machine uses computer programs to instruct different tools around various axes.

Computerized Numerical Control abbreviated as CNC describes a system that controls devices precisely through a computer program.

Computer numerically controlled machines can be a router, grinders, laser cutters, welders, milling machines, and so on.

Types of CNC Machining

CNC Milling Machine

This type of CNC machining is used for tapping, drilling, face and shoulder milling, etc.

These mills follow an X, Y, and Z system. A CNC milling machine is controlled by computer programs using letters and numbers.

Plasma Cutting Machine

Plasma cutting machines or plasma torches cut metal materials precisely.

This machine produces heat and speed by using compressed air gas and an electrical arc.

CNC Turning Machine

This type of programmed machine is used to execute complex designs.

When a manual machine can not cut the material meticulously, lathes or CNC turning machines become useful.

This machine has two axes called X and Z and the material is held on the rotating spindle of this machine to perform the function.

Electric Discharge Machine or EDM

EDM has two different models such as wire EDM and sinker EDM.

EDM uses electrodes to create electrical sparks for cutting and shaping materials.

When the gap between the two electrodes reduces, a current flows and removes specific parts of the workpiece.

In this way, EDM works using the spark machining or die sinking technique.

Water Jet Cutting Machines

The high-pressure water jets are used to cut hard materials like metal and stone.

Also, it is used on materials that can not tolerate high temperatures.

Relevance of CNC Machining in Modern Manufacturing

CNC machining contributes to the evolving mechanism of the manufacturing Industry. It helps in ensuring rapid prototyping of precise parts with detailed surface finishing.
CNC machining is used to make high-precision parts on large volumes.
As a result, modern manufacturing relies heavily on CNC machining.
CNC machining produces components of various shapes and sizes.This process can be managed at lower costs.
CNC machining is an automated process. This ensures greater efficiencies in the manufacturing aspect.

What Makes Aluminum A Popular Choice for CNC Machining

Over the years, Aluminum is being utilized in various industries.

Due to its physical and chemical properties, it is extensively used in the packaging industry. It is even used in building airplanes and other automobiles.

Aluminum is also an ideal choice for building Computer Numerical Control (CNC) machines. Find out why aluminum is so popular for CNC machining.

Aluminum is a lightweight metal. It is highly malleable and can be easily transformed into different shapes. This characteristic of aluminum makes it the best option for CNC machining applications.
Another crucial reason why Aluminum is used for CNC machining is its machinability. Comparatively, it is easier to cut using CNC machining equipment. Aluminum can be used in the machining project in a shorter time frame. As a result, the project can be implemented at a cheaper expense.
Aluminum is used to prevent corrosion against chemical wear and oxidation. As Aluminum is highly resistant to corrosion, it gives protection against corrosive environments.
Aluminum has become an ideal material for CNC machining due to its electrical conductivity. It is used to make electrical components of CNC machines.
Aluminum can be recycled very easily. Its high recyclability makes it a good choice for CNC machining.