CNC Components Manufacturing Service

Most industries use CNC machined components.

Examples of CNC machined components include:

Fittings Components

Fitting components are used for connecting different parts.

However, any miscalculation with its dimensions can lead to a weak connection and might fall apart.

Ball Joints

Just like a human skeletal system that has a socket and ball joints, likely, ball joints help the component to move up all directions or about in angles.

Metal Brackets

Metal brackets provide support in machines sequence.

Mostly, they are custom machined parts produced through CNC machines to match during the CNC machining process period.

Other Examples of CNC Components

• CNC brass post
• CNC shaft
• CNC aluminum cap
• CNC machining aluminum bicycle part
• CNC aluminum heatsinks
• CNC aluminum clutch basket

CNC component is typically used by various industries like automotive, medical, aerospace, electronics, and many more.

Here are the specific applications of CNC components:

• Ball joints
• Rail and switchgear
• Shaft assemblies
• Rapid diagnostic test security
• Thermal control
• Electronic industry support
• Suspension arms
• Spindle housing hubs
• Semiconductor support
• Box cases
• Output shafts
• Ratchet gears
• Module blocks
• Medical devices
• Tensioners

CNC components come with different surface treatments to meet every customer’s requirement.

Some of the CNC component’s surface treatments are listed below:

Anodizing

Anodizing is mostly used for CNC aluminum components.

This type of surface treatment serves as insulation, abrasion resistance, component protection, and decoration.

Electroplating

Electroplating includes metal film attached to the metal surface through electrolysis.

This surface treatment can prevent the component from abrasion and corrosion.

Electroplating also improves the appearance of the components, conductivity, and light reflection.

Powder Coating

Powder coating requires spraying through powder spraying equipment.

It will provide high gloss, rich color, environment protection, lower cost, and defect protection.

Brushing

The process of brushing requires line pattern forming to the component.

Brushing is categorized into swirling pattern, corrugated brushing, chaotic pattern brushing, straight-line brushing, and more.

This surface treatment is mostly used for stainless steel CNC components.

CNC Aerospace Parts

CNC machined Aerospace parts need tight tolerance like durability, temperature resistance, and 4um.

CNC aerospace parts should have high accuracy and precision to specifications.

CNC machined aerospace parts are fabricated using advanced turning, milling, and other fabricating capabilities.

CNC Hardware Parts

Aluminum is the common material to produce CNC hardware parts for all types of applications and industries.

CNC Electronic Components

CNC electronic components are produced using aluminum CNC machining.

The CNC electronic components include heat sinks, enclosures and casings, connectors, printed circuit boards, and many more.

CNC Auto Parts

CNC auto parts are widely used in the auto industry for various important engine parts like radiators, cylinder heads, and pistons.

CNC Medical Parts

Medical parts need very tight tolerances.

Therefore, it should be manufactured using advanced CNC machines for vertical and horizontal accuracy, advanced surface treatment capabilities, and high-speed production.

CNC medical parts must also meet ISO13485 standards.

Examples of CNC machined medical parts are surgical instruments, bone implants, and medical electronic equipment such as MRI machines.

To produce precise CNC components, the manufacturers must have the following equipment:

• CNC Wire EDM
• Collet System
• Sub Spindle Technology
• Horizontal CNC Turning Centers
• CNC Vertical Machining Centres
• CNC Horizontal Machining Centres

Below are the advantages of the CNC component:

• Dimensional Accuracy
• Positional Accuracy
• Shape Accuracy

Additionally, CNC components are pre-engineered with features that facilitate easy assembling.

Indeed! CNC aluminum parts can be easily customized using a diamond tool.

It can create a perfect finish with a great light-reflecting effect and exact accuracy for optical usage.

For CNC plastic components that are transparent and clear, a diamond tool is also essential to produce the machined part with an outstanding final polishing effect.

It is important that customers must think about the factors in choosing the right materials.

By considering these factors, customers are able to reap the advantage provided by CNC components.

There are five aspects on how to select the best material:

1. Know where your component is installed.

The first step for material selection is to know what your CNC component will be used for.

If you’re going to use a CNC component in an outdoor environment, you need a rust-resistant, stronger material.

Your material selection matters if your part complies with FDA-regulated specifications for nuclear, aerospace, military, or sanitation usage.

Finally, the dimensional tolerance, stress load, and fastening type be it bolted, riveted, or welded, will also be considered.

2. Consider the operating temperatures of your facility.

Temperatures that are very low or very high will restrict you from utilizing specific types of materials.

Ranging temperatures can cause parts to fold, expand, or break.

Choose the materials that are suitable for your facility’s operating environment.

Whether they are strong and stable, or volatile to allow temperature range bit.

3. Consider how material weight affects the entire design

Heavy materials provide decent strength and absorb stress.

They must not be always a “go-to” especially for applications and weight-sensitive products.

There are various lightweight materials like polymers, specialty alloys, and ceramics.

These materials provide adequate strength, capabilities, and tolerance.

However, selecting lightweight materials is difficult because there’s one specific material that will exceed your product requirements.

In the design process, considering the weight will matter.

So that you can choose the necessary material characteristics that help you to select the right lightweight materials.

4. Material strength

You need to think about the required strength profile of your final CNC machined component.

Strength refers to the weight-bearing load part that materials can handle.

There are many ways that the strong ability of the material can be divided.

Listed below are the four strength characteristics to consider when choosing a material for the machine:

• Tensile Strength: the material is resistant to break under tension.
• Endurance Strength: the cyclic stress amplitude that is applied to a material without failure.
• Wear Resistance: the ability of the materials to handle recurring and frictional loads with exhausting.
• Material Hardness: this strength characteristic expresses as a Rockwell or Brinell hardness number. It is the ability of a material to resist pinpoint surface loads.

5. Cost of overall project and material manufacturability

Lightweight, high-strength materials are commonly more expensive to root.

Also, machining resistant materials like carbide and titanium.

Keeping costs low is an advantage.

You may need to choose the materials that can meet temperature, strength, and fitment requirements.

However, it may be difficult because of your final CNC machines component needs.

It will become easier when you minimize the non-negotiable material properties your item design demands.

Considering these factors can ease the burden that mostly comes with selecting the right materials.

As well as the cost-effective material for your CNC machined components.