CNC Precision Parts Manufacturer in China

Hokare provides CNC precision services for metal parts manufacturing in many industries. Our team is capable to handle high volume production and our software can read CAD drawings for numerous parts.

It runs for a broad range of projects. Hokare CNC precision parts tools are controlled by our staff through sophisticated digital system. Hokare CNC precision parts allows for extremely particular control of velocity, feed rates, positioning and other precision aspects.

Our rich experienced engineers are well outfitted to work with many different metals such as stainless steel and cold rolled steel. Also, in materials which are nonmetallic for specialized applications.

Hokare’s expert engineers have vast experienced in precision machining parts. Hokare CNC precision parts manufacturer operates a fully and complete equipped facility for machining services.

With our mechanical equipment and state-of-the art CNC, Hokare have a personnel and right machines to run your parts and to your precise specifications.

We will provide Hokare CNC precision parts you require from simple to complex and from low to high volume. Our operators and equipment are well equipped in almost all materials of machinable used today.

Moreover, Hokare offers other services including CAD support and Engineering to complete your project.

Hokare CNC precision parts are commonly used in meter parts & instrument, camera parts & acoustic, IT parts, daily hardware and modern office parts.

These products basically have various functions in different fields. Overall, the raw material thickness is processed from 0.05 to 3.0 mm. Usually, the raw materials are phosphor copper, beryllium copper, copper, stainless steel, brass and many others.

In order to guarantee quality products and meet the high standard requirements of our clients, Hokare CNC precision parts factory in China introducing testing instruments and advanced production equipment.

We have rich experience in precision processing and high-quality staff to meet any technical consulting and early design requirement. We promise to our clients the most competitive CNC precision parts and forever solution.

Our precision expertise combines with our welding, assembly capabilities and laser cutting makes us the great choice for your contact manufacturing and metal fabrication needs.

Moreover, Hokare hold various specialized certifications. In fact, we meet the ISO 9001 specifications. Thus, sourcing CNC precision parts from Hokare will ensure you superior quality for any application.

At Hokare, we customize CNC precision parts at very affordable price. Hokare believes quality first from CNC precision machining to finish work and paint processes.

In-house manufacturing of CNC precision parts from Hokare give you lead time and quality you need. So far, our CNC parts operate thousands of manufactured parts every year. We can reverse engineer with our state-of-the-art bore gages, digital measurement equipment, and hardness testing.

For further details about Hokare CNC precision parts, you can visit our website or contact Hokare now!

 

 

CNC Precision Parts: The Complete FAQ Guide

Before you import CNC precision parts, read this guide.

It has all information that will help you choose high quality CNC machined parts, precisely machined to your specifications.

Keep reading if you want to be an expert in CNC precision parts.

What are CNC Precision Parts?

They are a variety of complex components with a high degree of accuracy manufactured using precision machining.

The parts are subjected to a subtractive machining process, which utilizes computer software programs and advanced machine tools.

The workpiece is cut according to the codes preprogrammed in the computerized system to provide to suit the dimensions accordingly.

CNC precision parts are available in a variety of shapes, sizes as well as designs.

What are the Benefits of CNC Precision Parts?

These parts present a wide range of benefits in the respective applications they are used. Some of these advantages include the following;

1. Dimensional accuracy– They are designed, fabricated, and manufactured accurately from each dimension.

In essence, this helps in increasing efficiency and performance of the machine of application.

1. Solid construction– All the raw materials utilized in manufacturing CNC precision parts are sourced from authentic suppliers.

It thus ensures fabricating robust designs of these components hence guaranteeing durability and efficiency.

1. Innovative– CNC precision components are multipurpose, which is fundamental in making the product innovative.

Such parts are vital in different applications such as aerospace, where precision is always a concern.

1. Anti-corrosion– Most of the CNC precision parts available are designed to resist corrosion.

It thus makes it possible for such components to withstand unfavorable conditions and subsequently offer long service.

1. Affordable– Production of precision parts is growing and has seen several manufacturers and suppliers coming on board. The essence is to meet the customer’s needs in the market, thus translating to affordability.
2. Variety– CNC precision parts are available in different forms, sizes, and designs. It thus allows you to obtain a specific unit suitable for your application requirements.
3. Readily available– Most of these precision components are relatively easy and fast to produce. It thus makes it easy for you to obtain them whenever you require some.

Can you Re-use CNC Precision Parts?

Yes.

Many companies, which manufacture these parts often have equipment and systems they use to re-fabricate them.

Additionally, most of the materials used for making CNC precision parts are recyclable.

And this makes it possible for reusing most of these parts.

How are CNC Precision Parts Manufactured?

The manufacturing process is relatively involving from designing a prototype to the packaging of the final product.

Moreover, different precision parts are manufactured using various machining operations depending on the exact type of component.

The general manufacturing process for these parts, however, entails the following;

· Prototype Design Modeling

It merely involves molding of the product prototype. It entails using computer software, often known as Computer-Aided-Design (CAD), which creates it in two or three-dimensional models.

The CAD file models have information such as technical specifications, geometries, and other dimensional elements of the component.

This software influences the restrictions of same processes and features depending on the chose workpiece.

In other instances, the customer who comes up with their preferable design prototype.

· Conversion of CAD Files

After completing the prototype design modeling, the details are translated into a language, which the machines can execute.

CAD files are converted using computer-aided manufacturing software (CAM).

CAM software obtains direction from CAD regarding geometry, specifications, and dimensions of the parts.

It uses the details to confirm the

· CNC Precision Machining

The machine is prepared by loading the program files and attaching the workpiece material to the spindles.

Also, the CNC machining executes the code generator within the numerical system.

The software directs corresponding cutting tools hence implementing the respective dimensional tasks.

At this point, you can choose to include new prompts to the pre-existing software by revising the specific codes.

The machining process produces quality surface finish, which is vital and, in most cases, rarely requires post-processing.

· Packaging

Once the machining process is complete, packaging, which is an automated function, follows accordingly.

The parts are directed into specific containers for packaging and sealing, awaiting quality confirmation and subsequent delivery.

Are there Customized CNC Precision Parts?

Most definitely.

The essence of CNC precision machining is to provide custom parts or components.

All the aspects involving manufacturing of CNC precision components revolve around yielding customized units.

This often aims at ensuring the end product is unique and fits into the specific application or equipment.

What is the Lifespan of CNC Precision Parts?

The longevity of CNC precision parts is dependent on a host of variables.

One of these variables is the conditions the components are subjected to.

The conditions may vary from mechanical, environmental, and weathering aspects.

Also, the intensity of these elements tends to determine the overall lifespan of these parts.

The type of material for manufacturing these components is also another variable determining longevity.

Most of the parts made from metallic materials such as aluminum and brass tend to be more durable than plastic parts.

Moreover, the exact application of precision parts is another determinant variable for their lifespan.

Some applications and equipment tend to be more thorough hence ending up depleting the parts quite faster.

On the other hand, other applications and equipment are generally gentle in terms of operation.

As a result, the parts tend to take longer since the depletion process takes more time.

In a nutshell, most of the CNC precision machining components are generally durable.

They are made from sturdy materials, which enable them to withstand different conditions they are subjected to.

However, the exact durability is dependent mainly on the variables mentioned above, among others.

What are the Features of Ideal CNC Precision Parts?

The suitable features for these parts include the following;

Excellent compatibility – Ideal precision components should be compatible with the particular equipment or application they are designed for.

It is the reason the manufacturing process is quite thorough and involves aspects for ensuring they are attuned to respective applications.

Resistance to mechanical breakage – Suitable CNC precision components must be strong enough to resist mechanical breakage.

Most of these components are used in equipment, which involves a mechanical operation.

Therefore, the parts must be resistant to such elements.

Tolerant to temperatures – In many cases, these parts often rub against each other in a typical mechanical operation.

The friction often raises the temperature of the parts to extreme levels.

This necessitates the need for parts, which can tolerate such temperatures and still guarantee reliability.

Superior resistance to chemical corrosion – Some applications, especially those involving manufacturing of chemicals, tend to expose the parts to corrosion.

It is the reason ideal CNC parts must be resistant to such chemical corrosion.

Highly machinable – Ideal CNC precision should be easy, convenient, and fast to a machine.

It is what makes it possible to attain best results, mainly when manufacturing custom parts.

Excellent dimensional stability – Suitable CNC precision parts should also have the ability to maintain its original or essential dimensions when used for a projected purpose.

What Surface Coatings can you Apply of CNC Precision Parts?

They are quite several, and the ideal one depends on the exact application of the CNC precision part. The common options include the following;

As machined – It is the standard finish often obtained after completion of the CNC precision machining of the particular parts.

It provides minor visible tool marks but always provides a natural finish with great resistance to corrosion.

Chemical film –It involves application of a chromate conversion coating to produce finish, which conducts electricity and resists corrosion.

The coating also assures good paint adhesion, but it is commonly used on aluminum precision parts.

Black oxide – It is a coating, which provides the blackest finish but offers maximum surface protection from corrosion and abrasion.

Powder coating – It is a surface finishing, which incorporates wear and corrosion finish on CNC precision parts.

It offers higher resistance to impact than most of the surface coatings for such parts.

Bead blasting – It is a surface coating, which provides a relatively matte finish with a somewhat light texture. It is an ideal option mostly for precision parts where aesthetic needs are a concern.

Anodizing Type II – It is a surface coating, which adds a ceramic layer and corrosion-resistant layer to the surface of the precision part. It is majorly used for parts made from aluminum and titanium.

Anodizing Type III – This surface coating option incorporates a wear-resistant ceramic layer to the surface of the part.

It offers more surface protection compared to Anodizing Type II.

Passivation – It refers to a chemical surface treatment method often used on CNC precision parts made of steel and related alloy materials.

It is effective in eliminating impurities since it creates a layer, which enhances chemical reactivity or corrosion.

How Accurate are CNC Precision Parts?

These parts are extremely accurate.

The CNC precision machines, machining tools, and a host of software programs always guarantee production of very accurate parts.

It is easier to attain tolerances of between 25 to 50 microns using this type of machining process.

In some instances, you can as well achieve tolerances of below 25 microns.

In extreme demands, you can attain tolerances of between 5 to 12 microns for your CNC precision components.

It’s a clear demonstration of the extent of accuracy you can achieve from using this type of machining process.

Moreover, the accuracy is attained repeatedly for a great number of pieces, which can be up to 2,000 units or more.

It all depends on the type and capacity of the equipment, software programs, availability of workpieces, and customer’s order.

Can CNC Precision Parts Break?

Not necessarily unless in extreme circumstances.

In many cases, CNC precision components are usually designed from a wide range of sturdy materials.

These materials are resistant to mechanical or any other ordinary breakage.

The machining process is quite thorough and also incorporates additives, which enhance strength of the final products.

However, the only instance where a particular CNC precision part may break is when used in an extremely intensive application.

And this ought to be a piece of equipment or application, which is hardly compatible with the part in terms of handling the mechanical pressure exerted.

Therefore, under normal circumstances, these parts can hardly break and instead are depleted gradually.

What should you Consider in an Ideal CNC Precision Parts Manufacturing Company?

You have to be particular when it comes to choosing the ideal manufacturer for your preferred CNC precision tools.

The important elements you must factor in an ideal precision parts manufacturing company include the following;

Accreditation – It is a basic requirement for any company to manufacture such products to obtain certification from relevant authorities.

An accredited manufacturer is a sign of compliance with all minimum industrial and related requirements.

Capacity – An ideal company for these products should have adequate capacity to process and deliver quality products.

Consider confirming the personnel, machines, and other logistical ability to guarantee efficiency and quality production.

Versatility – A suitable CNC precision machining company ought to be as flexible as possible.

This is from the perspective of ability to manufacture a wide variety of precision components.

The essence here is that it allows you to obtain all the parts you require under one roof.

Advanced machinery – Also, ensure you go for a company, which invests significantly to acquire advanced CNC precision machines.

It demonstrates the capacity of the manufacturer to provide quality parts within a specified timeline.

Experience in the industry – A manufacture with a longer stint in this sector is a better option to go for.

In most cases, such manufacturers understand the numerous dynamics affecting different aspects of production of these parts.

Reliability – It is the bottom line of all these other factors. Ideally, an ideal manufacturer has to be trustworthy.

Communication regarding essential updates surrounding your order should be well-structured and executed.

Cost-effective – You also need to consider the affordability of the precision parts material manufacturer.

Always go for one who offers flexibility in terms of MOQ and other essential offers such as shipping, among others.

Where can you Use CNC Precision Parts?

Precision parts are used in a variety of industries and applications such as the following;

Aviation sector – They are common for manufacturing numerous types of components used in fitting and assembling air crafts parts.

In aviation industry, precision is core hence the need for such products.

Automobile – A significant number of parts in vehicles and motorcycles use involve CNC precision parts. They enhance efficiency and guarantee performance, thus yielding better results.

Consumer electronics – You can use CNC precision parts in assembling various types of electronic appliances used in domestic settings.

Some of these appliances include TV sets, sound systems, dishwashers, refrigerators, and washing machines, among others.

Sports – They are also utilized in assembling a variety of sporting equipment such as treadmill and other exercise machines.

Medical sector – CNC precision parts are also commonly used in assembling and fitting different types of medical equipment.

Some of these instruments include R&D fixtures and medical analysis devices, among others.

Aerospace –In aerospace, high precision is often a significant concern hence making these tools among the highly recommended.

Examples of such components in this sector include eccentric hollow and joint connectors, among others.

Military – Most military equipment are assembled using different types of CNC precision parts.

Avionics, airframe parts, retables, and consumables are among the common components, which use precision parts in the military.

How much do CNC Parts Cost?

The price of CNC parts is dependent on a number of variables.

For instance, the quantity of order you are making is a significant variable, which determines the cost of these parts.

Ideally, ordering a large quantity of precision parts is often cost-effective than purchasing a few pieces.

The type of material used for manufacturing the exact part is also a cost determinant.

Some materials tend to be relatively expensive since they offer quality in terms of durability, strength, and dimensional stability.

However, other parts are relatively cheap, depending on various factors.

The company or supplier you are purchasing these products from is also a cost determinant.

Some brands are generally more expensive than other based on popularity, reliability, and positioning in the market.

Moreover, the exact delivery destination also forms part of cost determining element.

In essence, you have to factor in the shipping charges and customs duty where applicable.

Such charges also add to the overall cost of acquiring these products.

In a nutshell, there is no fixed price for CNC precision parts. It depends on a wide range of factors, as explained above.

What are the Available Varieties of CNC Precision Parts?

They are quite a number, and the common ones include the following;

 

• Fasteners
• Bushings
• Ball screws
• Couplings
• Ball joints
• Tensioners
• Spacers
• Connector joint
• Servo motor shaft

 

Is there Size Limitation for CNC Precision Parts?

Not at all.

These parts are available in various sizes. It depends on the application or equipment where it ought to be fixed.

Are CNC Precision Parts Prone to Porosity?

Not really.

CNC precision machining hardly involves use of a molten raw material, which is often the cause for porosity.

Typically, gas formation or solidification shrinkage of the workpiece in a molten state is what often leads to porosity.

What is the Best Material for CNC Precision Parts?

Any material, which can withstand the CNC precision machining process would arguably be ideal for manufacturing these products.

Some of the ideal materials for these parts include the following;

Metals – suitable metals include Aluminum, brass, copper, zinc, titanium, carbon steel, stainless steel, bronze, magnesium, and nickel, among others.

Plastics –The common types of this material befitting CNC precision parts include PVC, polycarbonate, acrylic, ABS, POM, and nylon, among others.

However, there are certain parameters the materials must comply with to consider them suitable for manufacturing CNC precision parts.

For instance, they need to have excellent shear and tensile strength, superior dimensional stability, and highly machinable.

Is there a Difference Between CNC Precision Parts and CNC Turning Parts?

Not really.

Both parts are somewhat the same.

The key difference comes in terms of machining technique.

CNC turning tools are manufactured using a rotating tool.

By contrast, CNC precision parts are machined using the rotating part of the cutting.

Another slight difference between these types of parts is that CNC turning components are cylindrical.

On the other hand, CNC precision components tend to be comparatively complex shapes.

Thus, excess material is carved away from the workpiece material.

Why is Prototype Design Critical in Manufacturing CNC Precision Parts?

It is vital in a variety of ways, which ultimately guarantees successful implementation and production of the desired product.

Some of these ways include the following;

It provides a complete idea of how the CNC precision part will appear in the final product.

Also, it provides a better comprehension of the part intent. In other words, it offers strong visualization to provide an overview of the final product.

Besides, it is essential in providing early feedback, which is always necessary for making radical changes appropriately.

Also, it is important in saving cost and time because, at this point, little or no investment and effort has gone into forming full product.

It initiates multiple discussions between iterations before getting to the final component of developing the parts.

The iterative process guarantees certainty in the specific part you are building.

Moreover, it makes it easy to facilitate testing of the parts hence determining how usable and valuable they are to the customer.

It also allows the manufacturer to gain insights and inputs on how the end-user would utilize the product.

How Long does it take to Manufacture CNC Precision Parts?

There is no fixed turnaround time for manufacturing CNC precision tools.

It depends on a myriad of factors surrounding the production process.

Some of these factors include the following;

• Pending orders awaiting processing
• Order quantity
• Simplicity or complexity of the design patterns

Nonetheless, most suppliers often provide a lead-time of between 4-8 weeks or thereabout.

Manufacturers, however, often provide an option for processing orders urgently when need be. It thus means you can get your order within less the stipulated time.

But you will always have to pay for such services.

What are the Disadvantages of CNC Precision Parts?

The major disadvantage of these types of parts is that they are somewhat expensive when purchasing small quantities.

This can limit customers looking for a few pieces for their specific applications.

The other shortcoming is that the production of these parts requires high levels of skilled labor.

You would hardly produce quality CNC precision parts with unskilled labor.

What Quality Standards do CNC Precision Parts Conform to?

They are quite a number of both local and global standards. The ones, which are often given high prominence in CNC precision components include the following;

• ASTM International
• ISO 9001
• CE marking
• PMPA –Precision Machined Products Association
• API Q1 & Q2 Certification

At Hokare Machinery, we design and machine parts according to your specifications.

Even when you need very tight tolerances, our technicians will meet your requirements at competitive prices.

Contact us now for all your CNC precision parts.