Due to its excellent mechanical properties, many industries look for benefits in working with aluminium to produce aluminium machined parts.

In fact, aluminium comes in second after steel as the best material in CNC machining.

The Impressive Benefits of Aluminium for CNC Machining

When it comes to machined parts, aluminium is one of the leading materials.

There are numerous factors that render aluminium machined parts a very viable solution for numerous industries.

In fact, many of the most popular industries today rely on aluminium machining parts for their applications.

The advantages that aluminium can offer for CNC machining are endless.

Below are a few:

1. Machinability

Aluminium is easy to form, work, and machine, making it ideal for CNC machining applications.

It chips and cuts easily and can be machined with less power than steel.

Furthermore, aluminium’s good machinability means it deforms less during machining than steel does.

This leads to higher accuracy, allowing CNC machines to achieve higher tolerances.

2. Strength-to-weight ratio

The density of aluminium is lower than that of steel, which makes it relatively light.

Despite this, it has a high strength-to-weight ratio, meaning it is both relatively light and strong.

This combination makes it favourable for machining parts required in industries such as the automotive and aerospace industries.

3. Corrosion resistance

Aluminium is corrosion-resistant and scratch-resistant in common marine and atmospheric conditions.

Anodizing can enhance this property.

However, it is important to note that resistance to corrosion varies in different aluminium grades.

The most regularly CNC machined grades have the most resistance.

4. Conductivity

Electrical conductivity in pure aluminium is about 37.7 million siemens per metre at room temperature.

Aluminium alloy may have lower conductivities, but these are sufficient for their parts to find use in electrical components.

However, if electrical conductivity isn’t a desirable characteristic of a machined part, aluminium would be unsuitable.

5. Recyclability

Because CNC machining is a subtractive manufacturing process, it produces a large number of chips, which are considered waste materials.

However, aluminium is highly recyclable and requires relatively low energy, effort, and cost to recycle.

This makes it preferable for those who want to recoup their expenditure or reduce material wastage.

Aluminium’s high recyclability also makes it more environmentally friendly than other materials when machined into parts.

6. Highly Customizable

The most popular reason people choose aluminium machined parts is that aluminium can be customized to typical application requirements.

CNC aluminium machined parts can be beautified or trimmed to specification.

Working with aluminium allows you to create an end product unique to your needs.

Custom Aluminium Machined Parts from ASIME

In conclusion, there is no doubt that aluminium is the optimal material, which explains why it is so frequently used in machined parts.

Likewise, aluminium is one of the best material choices when you need custom machining parts.

They offer the best combination of affordability, flexibility and durability.

Looking for custom aluminium machined parts?

ASIME can help you!

We have specialized in machining parts for over 20 years and have the experience to provide our customers with quality precision aluminium machining parts.

So, contact us today for a FREE consultation!

Suggested read: Types of Cutting Tools for the Aerospace Industry

Need help? Get your FREE consultation NOW.

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Precision machined parts are the go-to solution for many industries, and the rail industry is no exception.

From locomotives and railcars to electronic systems and track components, the demand for quality machining parts has never been greater.

What are Machined Parts?

Machined parts are made by a process called machining, in which the shape of a piece is cut out into another piece by using cutting tools with high pressure.

These parts can be used in several different industries, but they are especially important to industries like the rail industry.

Precision machined parts are used throughout the industry for everything including trains, locomotives, and other railway vehicles.

How Machined Parts are Used in the Rail Industry

The rail industry is responsible for transporting millions of people and tons of cargo every day.

In order to accomplish this, they need a wide range of railway vehicles, including locomotives and freight trains.

The parts that make up these vehicles are fabricated from machined components or parts.

Hence, the rail industry requires many different types of machined parts such as:

• Rail wheels
• Brake components
• Axleboxes (also known as axle bearings)
• Axles

Benefits of Precision Machined Parts for the Rail Industry

The benefits of precision machined parts for the rail industry are vast and far-reaching.

So, let’s take a look at some.

High level of precision

Precision machined parts are used in a wide range of industries, but they are especially important to the rail industry.

Rail machined parts must be high in precision because they are used in some of the most demanding environments and industries. 

Moreover, since rail vehicles operate on fixed tracks, there is no room for error when it comes to these components.

If a part fails in any way, it could cause an accident that could result in injuries or fatalities. Therefore, it is crucial that every component is designed, manufactured, and tested with maximum precision so that all safety standards are met without fail.

Minimized costs with precision machined parts

As a rail operator, you have many costs to consider in order to keep your trains running smoothly.

The cost of machining parts is less than the cost of buying parts, and it’s even more affordable than repairing parts.

In fact, some rail operators have found that machining their precision machined components is actually cheaper than replacing them!

Improved safety

Machined parts are used to improve safety in a number of ways.

First of all, they are more precise. This means that they are more likely to be exactly what they were designed to be, without any discrepancies or flaws.

This leads to greater safety because there is less chance that a part will break or malfunction when it comes time for use.

Secondly, precision machined parts last longer due to a lack of molecular defects and imperfections (which allows them to hold up under stress).

This feature prevents injuries from faulty manufacturing processes or construction materials in rail systems where people may be injured by defective equipment.

Finally, machined parts offer a much greater level of reliability than their forged counterparts.

Forged parts are easy to get damaged during installation and if this happens, it may cause injury to either an operator or passenger due to improper fitment.

We Create Custom Precision Machined Parts Specific to Your Needs

Precision machined parts are essential to the rail industry, as they significantly increase efficiency and reliability across many different applications.

At ASIME, we provide highly accurate custom precision machining services for a range of industries including the rail industry.

So, contact us today for a FREE consultation!

Suggested read: 4 Ways to Evaluate the Quality of Machined Parts

Need help? Get your FREE consultation NOW.

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Evaluating the quality of machined parts helps to ensure that the products meet your standards.

Quality is one of the most important factors in precision machining.

When outsourcing for machined parts you want to make sure they meet your requirements.

Hence, you must find the right precision machining service provider to fulfill those requirements.

Factors to Consider when Evaluating the Quality of Machined Parts

In order to select the right supplier, you must evaluate the company and its precision machining products to determine its value in meeting your needs.

Moreover, this evaluation process will assure you are working with a competent supplier with the right capabilities.

The evaluation of the quality of machined parts should be done on four factors:

1. Best precision machining technology

Not all companies are embracing modern manufacturing technologies.

In many cases, companies try to cut costs by using older machines that have been around for decades.

However, these machines will not be able to produce the same level of accuracy as newer machines.

Meanwhile, using the latest technology in precision machining makes it possible to achieve the highest quality while maintaining low costs and high efficiency.

2. Efficient production strategy

Before production starts, the precision machining process should be thoroughly evaluated.

The first thing to look at is the time it takes to produce each part.

If the process takes longer than it should, then this is often a sign that there’s a defect in the manufacturing process itself.

The second thing to consider is how often defects occur during production.

If defects are happening very frequently, then this is also a sign that something needs to change in the manufacturing process.

The final thing that you need to consider is how good the parts look when they come off of the production line.

Your precision manufacturing partner knows what they’re doing if they can make your parts look good and can manufacture them quickly.

3. Continuous improvements to ensure the quality of machined parts

A company’s level of commitment to improvement can be seen by how much effort they put into process development.

A company that invests time and money into improving its processes shows the customer how seriously they take the quality of their work.

These efforts also demonstrate that the company cares about its customers and products.

4. Maintained Quality Assurance System (QMS)

Confirm that your machined parts supplier meets your certification standards and has a disciplined inspection and documentation system.

As with any standard, ISO 9001:2015 is a guideline for what quality management should look like.

The ISO 9001:2015 standard helps ensure that all of your supplier’s processes and procedures are properly implemented and consistently followed.

With an ISO 9001:2015 certification, you can be confident that the supplier is doing everything possible to ensure the quality of its products.

Best Supplier for Custom Quality Machined Parts

All in all, these criteria will help you evaluate quality, which is especially important when dealing with custom machining parts.

There’s no room for error when it comes to machined parts, so work with a supplier of high-quality machined parts like ASIME to ensure quality.

ASIME can create any custom machined parts you need.

That’s why customers trust us as their first choice for reliable and trustworthy CNC machining.

What are you waiting for? Contact us today for a FREE consultation!

Suggested read: Common Types of Material Used in Precision Machining

Need help? Get your FREE consultation NOW.

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What is Precision Machining?

Precision machining is the process of producing precise components, also known as machined parts.

This process is extremely useful in creating highly accurate machining parts for industries like automotive, medical, and optical.

Commonly Used Materials in Precision Machining

When it comes to precision machining, a common question among customers is, ‘Which materials are compatible with precision machining?’.

So, here’s a list of the most common types of material used for precision machining.

Stainless steel

Stainless steel is a popular material for this process due to its extraordinary strength, durability, and corrosion resistance.

Moreover, there are numerous types of stainless steel to choose from, and they can satisfy the majority of the requirements, excluding any special requirements.

Aluminium

Lightweight, non-magnetic, corrosion-resistant, and inexpensive, aluminium offers a wide range of benefits.

In fact, aluminium is becoming even more popular than steel as improvements in machining make it a more useful material.

In addition to the benefits above, aluminium can be machined to tight tolerances and plated with a variety of materials to make it harder or more conductive as a less expensive alternative to steel, stainless steel, or copper.

Brass

Another economical alternative material is brass. Brass is easy to machine and provides a smooth and clean finish.

Furthermore, brass is superior for intricate parts that require complex features.

Steel

Steel is one of the most widely used metals, as its strength and durability are highly regarded.

Moreover, steel is relatively simple to weld compared to other common materials. Typical applications include automobile manufacturing and the oil and gas industry.

Copper

Copper is another highly prized material for this process.

It is versatile, durable, electrically conductive, and naturally resistant to corrosion.

While copper does not maintain tolerances as well as aluminium, it is a superior electrical conductor, particularly when plated.

Quality Custom Precision Machining Parts

Get your own custom, highly accurate machining parts from ASIME, the top machining parts manufacturer in Malaysia.

We can assist you in creating custom machining parts that meet your specifications from any material.

Are you ready to make your own custom parts? Contact us right away for a FREE consultation!

Suggested read: Benefits of Custom Machined Parts for Various Industries

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