Precision Shaft Manufacturer

As a precision shaft manufacturer, we are committed to bringing customized, high-quality shaft components to a variety of industries. Utilizing cutting-edge technology, we carefully craft each product to ensure accuracy and durability. Our team of professionals specializes in tackling challenging designs, aiming to exceed customer expectations every step of the way, from material selection to machining techniques. Whether it’s a small batch or a large production run, we offer flexible, efficient solutions that make us your trusted partner.



Custom Manufactured Shafts

Choosing our custom Shafts service means you’ll receive high-quality shaft parts with an accuracy of ±0.001 inches, as well as a wide range of material options including, but not limited to, carbon steel, stainless steel, and aluminum alloys to ensure your specific needs are met.

CNC Machining shaft

CNC Turning Shaft

CNC Milling Shaft


Why Us

Your Best Precision Turned Components Manufacturer

Hokare offers a superior grade CNC Steel Shafts that comes with varying patterns, finishes and sizes at a marginal price. CNC Steel Shafts manufactured by Hokare are special engineering components that can be best used in hardware manufacturing, machine assembly, fabrication applications and home furnishings.

By using the finest quality of steel, our CNC Steel Shafts are manufactured with a great precision by our adroit engineers. Other than that, CNC Steel Shafts supplied by Hokare are well-known for providing accurate threading, high durability, fine finish and ruggedness.

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Shafts Wide Range of Applications

CNC Steel Shafts supplied by Hokare are widely used in different industries. Typically, these are utilized in some industrial equipment such as mixers, conveyors, prime mover including gas or steam turbine, engine, motor, electric, gearbox, generator, compound and more.

Food industry, automotive, aerospace and others benefit from Hokare’s CNC Steel Shafts. Hokare’s CNC Steel Shafts features easy installation, high durability, low maintenance, rust proof, accurate dimensions and seamless finish.

CNC Shaft: The Comprehensive FAQ Guide

This guide covers all the critical aspects of CNC shafts.

Whether you want to learn about the applications, material type, machining process or quality standards, this guide offers a perfect solution you have been looking for.

Let’s get started.

What is CNC Shaft?

It is a rotating piece of metal used in an engine or machine to turn and transmit power or movement to another machine component.

Besides, it is typically circular in cross-section designed with absolute precision.

It comes in two categories; transmission and machine shafts.

Transmission shaft is ideal for transmitting energy between the source and the machine absorbing the energy.

The machine shaft, on the other hand, is an integral component of the machine itself since it allows for the functionality of the same.

CNC Shaft


What are the Applications of CNC Shafts?

CNC shaft is used in a wide range of industries.

Some of the common areas where it is common include the following;

Automotive industry – This is the sector that mainly uses this component.

In vehicles, the CNC shaft is used for the design and construction of various types of engines and other moving parts.

General engineering – This mainly covers a wide range of engineering machines requiring the transmission of power components.

These shafts provide the necessary power to run and support their various components.

Which is the Best Material for Manufacturing CNC Shaft?

It varies depending on the precise application of this component.

Even so, some of the common materials often used for making CNC shafts include the following;

  • Stainless steel comes in three types: austenitic, ferritic, and martensitic.

This material can be hardened and tempered to provide this component’s ideal tensile strength.

  • Low carbon-free cutting steel– It is a relatively popular material among the steel family used in the production of shafts and other turned components.

It provides better machinability and surface finish.

  • Aluminum– It is also a common CNC shaft material, offering high tensile and shear strength and high corrosion resistance.
  • Mild steel comes in different specifications, such as 040A10 and 045M10, regarded as ideal for CNC shafts used in lightly stressed components.

The environmental circumstances and mechanical specifications of your applications determine the best material choice for the CNC shaft.

How is CNC Shaft Manufactured?

CNC shaft is manufactured using different techniques.

However, the most common process used for this component is CNC turning.

The process starts with designing the CAD model using a computer software program into two or three-dimensions.

Also, the design entails all the relevant information, such as geometries and technical specifications.

The design is then converted into commands, which the CNC turning machine will follow during processing.

These commands are coded using a specific language the developers understand to enhance efficiency.

Once the design prototype is converted, the machines and related components are prepared and set accordingly.

It is quite a straightforward process. The workers or automated elements clamp or affix workpiece bars to chucks and rotate them.

All this time, the reductive measure of the machine follows the exact commands coded during the conversion stage.

As the bars of material rotate, there are specialized tools that create the shape of the workpiece.

It happens through cutting and other subtractive processes.

The process duration depends on the size, complexity of the CNC shaft and the condition of the CNC turning machine you are using.

Is there Size and Pattern Limitations for Manufacturing CNC Shafts?

Not really.

CNC shafts come in a variety of sizes and patterns.

The applications for this component vary, and so is the size and design.

Some customers also prefer customized units in terms of size, which suit their specific demands.

This means you can find any size and pattern of CNC shaft as long as you provide your design requirements.

What are the Advantages of CNC Shaft?

CNC shafts are beneficial in various ways, such as the following;

  1. It offers efficiency in terms of transmitting power from one component to another.

The advantage here is it enables you to obtain desirable results without unnecessary interruptions and inconveniences.

  1. It is easy to customize, especially if you are looking for one which suits your precise requirements. You only need to redesign the component accordingly before the prototype gets to the machining stage, and you’ll be good to go.
  2. It is versatile and can be used in different types of applications as long as the integration with various machine components is apt.
  3. It helps assemble different components used in tandem in a specific application.

The essence here is that it allows you to save time and resources, particularly during repairs and replacements.

  1. It is designed using advanced technology, which guarantees accuracy and leads to high precision output.
  2. The materials used for manufacturing CNC shafts are relatively strong and resilient. Thus, it is durable and can withstand various unfriendly environmental and mechanical elements.

Which Equipment uses CNC Shafts?

Ideally, as long as a machine is mechanical in its make-up, it can use a CNC shaft.

Some of the common equipment which use these shafts in various operations and functionalities include the following;

  • Hydraulic pumps
  • Electric generators
  • Air compressors
  • Motor vehicle engines
  • Motorcycles
  • Processing machines
  • Trains
  • Aircrafts
  • Ships
  • Clocks and watches
  • Pumping machines
  • Snowblowers

How do you Determine the Quality of a CNC Shaft?

When looking for a quality CNC shaft, the following elements are essential in determining its quality;

CNC Shaft


Type of material – An ideal CNC shaft is designed from a reliable material in terms of strength, durability, and resistance to unfavorable elements.

It should endure the conditions it is subjected to to guarantee efficiency.

Type of finish – CNC shafts can have different types of surface finishes.

However, it is vital to ensure the exact finish complements your application.

Type of pattern – Ideally, complex patterns are, in most cases, of high quality.

It takes a lot of effort and interventions to produce a CNC shaft with a complex pattern rather than one with a simple pattern.

Fitting – A suitable CNC shaft should be fit aptly to other corresponding gears and components in the device.

It is what guarantees the best results in terms of performance and functionality.

Type of machining – Suitable machining will always yield a high-quality CNC shaft.

Essentially, ideal machining factors in all necessary elements, thus guaranteeing the best results.

What are the design factors you should look into when buying a CNC shaft?

The design elements you need to factor in when selecting a CNC shaft include the following;

Deflection and rigidity – The designs of the CNC shaft should ensure the deflections are within the tolerable extents.

The design for this component should also provide enough lateral rigidity to allow the lowest critical speed to be above the range of operation.

Stress and strength – The CNC shaft component must be strong and able to endure the stress subjected to it.

It is important because it determines the efficiency in regard to performance.

Size and spacing – You must factor in the series of stepped diameters which accommodate bearing mounts.

Material selection – Choose a material depending on the application’s mechanical specifications and environmental conditions.

Manufacturing constraints – It is also important to figure out the possible limitations when designing and manufacturing CNC shafts.

Aspects such as tool geometry, material stiffness, and tool access are essential considerations.

What Designs of CNC Shaft are available?

CNC shaft designs include the following;

CNC Shaft


Line shaft – This is the type that is connected to the prime mover. It is mainly used for transmitting to one or numerous machines.

Axle refers to a stationary member utilized as a support for rotating components like idle gears and wheels, among others.

Flexible shaft – It is the connector that allows motion transmission between two components whose axes are positioned at an angle with each other.

Spindle – It is more or less of a short axle and is also used for supporting rotating members attached to it.

Jackshaft refers to a relatively short shaft connecting a prime mover with a machine line shaft. In some instances, it is often referred to as countershaft.

Stub shaft – It is a type of shaft, that uses an engine, motor, or prime mover of its corresponding size to projection and shape. It allows for easy connection to other shafts within the same mechanism.

How does a CNC shaft compare with Ordinary Shafts?

The comparison between CNC shafts and ordinary shafts is quite apparent.

Some of the notable differences include the following;

CNC shafts are relatively more durable compared to ordinary shafts.

In many instances, the material choice for CNC shafts tends to look into the features that guarantee resilience and can withstand the machining process.

You can produce many units of CNC shafts at once and faster than you would produce ordinary shafts.

With CNC shafts, you only need one design prototype and machine setting.

Ordinary shafts, by contrast, require more manual input in design and manufacturing,, lowering production speed.

CNC shafts are more accurate and have higher tolerance compared to ordinary shafts.

It is apparent since CNC shafts are manufactured using an advanced and higher precision technique than ordinary CNC parts.

It is easier to customize CNC shafts compared to ordinary shafts.

You merely need to alter the design prototype to suit your particular needs.

This is a bit difficult to attain with ordinary shafts.

Is there a Color Limitation for CNC Shafts?

Not at all.

Different Finishing for CNC Shaft


You can have your CNC shafts in a wide range of finishing based on your preferences and the application of the component.

Some of the common surface finishing you can apply on this component include the following;

Others include standard finish and anodizing Type III.

What is the Typical Lifespan of a CNC Shaft?

Typically, a CNC shaft is relatively durable. It is derived from natural materials, which tend to be hardy and resilient.

A normal CNC shaft is made from a material that is resistant to a wide range of elements.

For example, resistance to chemical corrosion, mechanical friction, and resistance to high temperatures.

Nonetheless, this component’s exact lifespan depends on the particular application.

It is also determined by the conditions subjected to it.

There is no standard lifespan for a CNC shaft, but it can last for quite a considerable duration.

Is there a Warranty upon Purchasing CNC Shaft?

The warranty policies usually vary from one manufacturer to another.

Most of them, however, offer a warranty upon purchasing a CNC shaft, but the period may vary.

One aspect which determines the warranty period is the cost of the unit.

Relatively expensive CNC shafts often have longer warranty periods than lowly priced ones.

Nevertheless, it is also fundamental to inquire about the warranty from the dealer before sealing the deal. It helps you to know the finer details surrounding the purchasing contract.

Can you Find Custom-made CNC Shaft?

Most definitely.

Manufacturing of a CNC shaft starts from a prototype design, which uses different types of software.

At this stage, you can redesign the prototype to attain a final CNC shaft with your ideal specifications.

Moreover, the software and machines used for manufacturing this component are also easy to code to ensure you get a custom CNC shaft.

However, it is always important to ensure you determine whether your preferred manufacturer can make custom CNC shafts.

Where can you Find and Order CNC Shaft?

Several manufacturers and suppliers are dealing with a variety of high-quality CNC shafts.

Some of the best places to find such dealers include;

Online platforms – Most of these dealers have a wide range of online platforms where it becomes easy to order these products.

You can browse through their websites and web pages.

As such, you can order through such platforms after following the respective prompts.

In-store visit – You can also visit the specific outlets selling these components physically.

You need to get the address of the place and schedule to visit and make your order.

The advantage of an in-store visit is it allows you to bargain for better deals and alternatives compared to online shopping.

Using a sourcing agent – It is also an ideal way you can choose to explore when searching for a CNC shaft.

It involves using a third party with a specialty in sourcing these and related products directly from the manufacturer or supplier.

It is a suitable option since it reduces your work by almost 50%.

What are the Common Finishing Surface Treatment options for CNC Shafts?

There are quite several, but the popular choices include the following;

CNC Shaft Gear


Anodizing – It refers to the use of electrochemical principles to generate a film of alumina on aluminum surfaces.

The layer formed has special features, including decoration, insulation, protection, and abrasion resistance.

Electroplating – This technique involves the use of metal film attached to a metallic surface by electrolysis. It prevents corrosion, enhances appearance, and abrasion resistance.

Powder coating – Electrostatic spraying machines are used to spray powder coating on the workpiece surface.

Electrostatic action makes the powder adsorb on the workpiece surface uniformly, forming a powder coating.

Spray painting involves using a spraying device to apply a coat through the air onto the surface of the CNC shaft.

Polishing – It uses flexible polishing tools and abrasive components to modify the workpiece surface.

It provides a consistent coat, which is vital in enhancing the geometry and dimensional accuracies of the workpiece.

Does CNC Shaft have any Disadvantages?

Yes, it has shortcomings, albeit a few, which include the following;

CNC shafts tend to be relatively expensive.

This is disadvantageous since it can restrict the purchase of many units when needed.

It requires skilled operators and adept coders to manage and control the CNC machines during the production of CNC shafts.

This can limit efficiency where such skilled labor is scarce.

CNC shafts with complex patterns can be difficult to integrate with other machine components, reducing efficiency.

You have to find the precise design for your CNC shaft prototype. If there is variance, it will affect the final product.

What Quality Standards should an ideal CNC Shaft conform to?

There are quite a few quality standards that suitable CNC shafts need to comply with.

These standards are vital because they confirm the suitability of the component for its various applications.

These standards are set by international organizations and some local agencies.

The common ones, however, include the following;

ASTM International refers to the body that designs and publishes deliberate accord on technical considerations for systems, products, and equipment.

CE is a predominant quality standard for products manufactured or exported to the European Union territory.

CE approves that the product conforms to all the required safety, health, and environmental stipulations.

PMPA – It stands for Precision Machined Products Association.

It is a global agency that designs and regulates standard policies regarding precision machine products.

ISO9001 is an international agency that outlines the specifications for various quality processes and management systems.

This standard exhibits the ability of the manufacturer to produce products which meet the requirements of the customer and regulatory bodies.

How do you Select the Best Company to Buy CNC Shafts from?

You have to be careful when choosing the manufacturer from which to purchase CNC shafts. Some of the ideal considerations to look into include the following;

Capacity – Your preferred manufacturer should have enough capacity to produce these items.

Capacity would mean advanced machines, knowledgeable personnel, and adequate logistic concerns.

Quality standards – It would be ideal to go for a manufacturer proven to yield the best results when it comes to quality.

It should have approval from different quality standard agencies, such as ISO and ASTM International.

Certification – An ideal CNC shaft manufacturer must be accredited to produce these parts.

Ensure it is registered with the specific body regulating operations of this trade.

Profile – It is also necessary to look into the duration the manufacturer has been in operation.

A company with a relative history is ideal since it understands the numerous dynamics of the industry, processes, and systems.

Affordability – You should also consider the rates at which your preferred CNC shaft manufacturer prices the component.

Go for a company that guarantees competitive prices but hardly compromises quality.

MOQ – Ensure you consider the minimum order quantity of each company.

Where possible, negotiate for a flexible MOQ to allow you to obtain the specific quantity of parts ideal for your needs.

What is the MOQ when Buying CNC Shaft?

It varies from one manufacturer to another.

CNC Shaft


However, the nature of the CNC shaft makes it easy for you to negotiate with the manufacturer on the suitable MOQ for your needs.

Moreover, CNC shafts are manufactured by CNC turning, which makes it easy to produce any required MOQ without hitches.

In short, there is no standard MOQ for CNC shafts, but most suppliers are usually flexible hence easy to negotiate about it.

Therefore, ensure you engage with the manufacturer to obtain the ideal MOQ that suits your needs.

How much does a CNC Shaft Cost?

It varies based on a number of factors. For instance, the type of material, complexity, or simplicity of the patter and size.

The price also varies depending on type of surface finishing, minimum order quantity as well as delivery destination.

It is thus difficult to quote the exact figure for CNC shaft price since it is pegged on the mentioned factors, among many more.

Why should you Consider Buying CNC Shafts from Chinese Manufacturers?

Advanced technology – Most Chinese manufacturers have invested in hi-tech CNC machines.

This facilitates efficiency when it comes to manufacturing of these components.

Fast lead time – In China, you can be certain of obtaining your order within the shortest time possible.

The reason is most companies here have enough capacity to ensure all orders are processed within stipulated timeline.

Quality – The companies source quality raw materials and used advanced technology and adept operators.

The result is an overwhelming quality, which, of course, matches your demands.

Flexible MOQ – You can negotiate with the suppliers in China to allow you to get flexible MOQ where necessary.

This is important, especially when you’re thinking of purchasing a few quantities.

Variety – You can get all types of CNC shafts in China.

The significance of this is it broadens your options and also guaranteeing you of getting the specific type you need.

Affordability – In China, you can get all sorts of CNC shafts at affordable rates.

Therefore, it makes it an ideal place to shop for this item even when you are operating on a tight budget.

What is the Average Lead-time for Manufacturing CNC Shafts?

It varies depending on different circumstances and determines by a wide range of factors.

For instance, the order quantity determines the duration it takes to process the order.

Large order quantity will, of course, take longer than small order quantity.

The other aspect is design of the CNC shaft. A complex design takes more time than a simple pattern.

Complex design entails several elements, which at times, can consume time, unlike simple designs.

Also, the pending orders from other customers often determine the lead time for CNC shaft production. Many companies usually offer the service on a first-come-first-serve basis.

Even so, there is always an option for rush-order, which implies you can get your order in less than the stipulated average lead time.

However, with this option, you always have to pay extra charges.

In a nutshell, most companies usually give an average lead-time of between 4-12 weeks based on the mentioned factors.

But it can take more or less shorter or longer, depending on various circumstances.

At Hokare Machinery, we offer a perfect solution for all your CNC shaft components.

Whether you need tight tolerances or complex features, our technical team pays attention to details and designs.

Contact Hokare Machinery now for all your CNC shaft needs.

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