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Bearing Production Factory

Non-Standard Bearings

HSIAN JI BEARING CO., LTD.   E-mail:hsianji@ms81.hinet.net

Tel:  886-4-7363196   Fax: 886-4-7366570

No. 169, Ln. 146, Sec. 2, Jiadong Rd., Changhua City, Changhua County 50084 , Taiwan (R.O.C.)

Website:www.hsianji.com

  • Special Bearing Manufacturer
  • Custom Bearings Supplier

Special Size Bearings

Made to order bearingsMade to order bearings 

Made to Order Bearings – Custom Bearing Solutions from Taiwan

Standard bearings are suitable for many mechanical applications, but they cannot meet every dimensional, structural, installation, or performance requirement. When an application requires a unique bearing that is not readily available from a standard catalogue, made to order bearings can provide a practical solution tailored to the customer's specific needs.

HSIAN JI BEARING CO., LTD. is a bearing manufacturer in Taiwan established in 1995. We specialise in the development and manufacturing of various bearing products, including ball bearings, plastic bearings, thrust bearings, stamped bearings, slide bearings, special bearings, and non-standard bearings.

In addition to our existing bearing products, HSIAN JI can evaluate and develop products according to customer requirements and samples. For OEM manufacturers, machinery companies, product designers, and industrial buyers looking for made to order bearings, we provide customised bearing development based on drawings, samples, dimensions, applications, and production requirements.

What Are Made to Order Bearings?

Made to order bearings are bearing products manufactured according to specific customer requirements rather than supplied only in standard catalogue sizes and configurations.

While standard bearings are produced according to established dimensions, custom-made bearings can be developed around the requirements of a particular product or mechanical system.

Depending on the project, customisation may involve:

  • Inner diameter

  • Outer diameter

  • Bearing width

  • Overall dimensions

  • Bearing configuration

  • External structure

  • Housing design

  • Mounting arrangement

  • Material requirements

  • Installation requirements

  • Application-specific features

The objective of made to order bearings is to provide a solution that fits the customer's actual product rather than requiring the customer to redesign the product around an available standard bearing.

Why Choose Made to Order Bearings?

Many products are designed using standard components because they are readily available and convenient.

However, standard components can also limit design flexibility.

An OEM manufacturer may develop a compact product with restricted installation space. A machine may use an unusual shaft dimension. An older piece of equipment may contain a discontinued bearing that is difficult to source.

Made-to-order manufacturing can be considered when:

  • Standard bearing dimensions do not fit

  • Installation space is limited

  • A unique mounting structure is required

  • An existing bearing is no longer available

  • A special replacement component is needed

  • A new OEM product requires a dedicated bearing

  • Standard products cannot integrate with surrounding components

  • An existing bearing needs to be reproduced from a sample

In these situations, a custom bearing manufacturer can evaluate whether a specially developed bearing provides an appropriate solution.

Made to Order Bearings Based on Customer Drawings

Technical drawings are one of the most useful starting points for customised bearing development.

A detailed drawing can communicate dimensions, geometry, installation requirements, and other important product characteristics.

When requesting made to order bearings, customers are encouraged to provide:

  • 2D engineering drawings

  • 3D CAD models when available

  • Critical dimensions

  • Bearing configuration

  • Shaft dimensions

  • Installation dimensions

  • Application information

  • Operating conditions

  • Estimated order quantity

  • Special requirements

Providing detailed information allows the manufacturer to understand the project and evaluate manufacturing feasibility more efficiently.

Made to Order Bearings from Physical Samples

Not every bearing project begins with an engineering drawing.

Customers sometimes need to replace a bearing used in older equipment but no longer have the original technical documentation. In other cases, a customer may have an existing bearing that needs to be modified for a new application.

A physical sample can provide a useful starting point.

HSIAN JI can evaluate product development based on customer requirements and samples.

Customers should provide the original bearing together with any available dimensions, application details, operating conditions, and quantity requirements.

Sample-based development can be particularly useful for special bearings, non-standard bearings, legacy machinery, and replacement components.

Made to Order Ball Bearings

Ball bearings are widely used in mechanical products because they help reduce friction and support smooth rotational movement.

Although many standard ball bearing sizes are available, some applications require unique dimensions or configurations.

Made-to-order ball bearing requirements can be evaluated according to the customer's drawings, samples, installation space, shaft dimensions, load conditions, operating environment, and other technical requirements.

For OEM products with unique mechanical structures, customized ball bearings may provide greater design flexibility than relying exclusively on catalogue products.

Made to Order Plastic Bearings

Plastic bearings can provide useful characteristics for applications where lightweight construction, corrosion resistance, low noise, or particular design requirements are important.

HSIAN JI manufactures plastic bearing products and can evaluate customised configurations for specific customer applications.

When developing made to order bearings involving plastic components, factors such as operating load, movement, speed, temperature, moisture, installation conditions, and environmental exposure should be considered.

The final design should always be evaluated according to the intended application.

Made to Order Thrust Bearings

Thrust bearings are primarily designed to accommodate axial loads.

Standard thrust bearings are suitable for many applications, but special dimensions or configurations may be required when installation space or mechanical design is unusual.

Made-to-order thrust bearing projects should include information about dimensions, axial load conditions, installation method, operating environment, and required quantities.

Providing an existing sample or technical drawing can help the manufacturer evaluate the requirements more accurately.

Special and Non-Standard Bearings

Made-to-order manufacturing is closely related to special and non-standard bearing development.

A non-standard bearing generally differs from commonly available catalogue dimensions or configurations. A special bearing may incorporate a unique design developed for a particular mechanical application.

Many made to order bearings therefore fall into these categories.

Special and non-standard bearings can be considered for:

  • OEM products

  • Industrial machinery

  • Conveyor equipment

  • Sliding mechanisms

  • Furniture hardware

  • Doors and windows

  • Medical equipment

  • Office equipment

  • Fitness equipment

  • Sporting goods

  • Transportation equipment

  • Packaging machinery

The appropriate bearing solution depends on the technical requirements of each application.

From Custom Bearing Design to Production

Developing a made-to-order bearing is usually a collaborative process between the customer and manufacturer.

Depending on product complexity, the process may include:

  1. Customer requirement analysis

  2. Drawing or sample evaluation

  3. Technical feasibility review

  4. Product design and development

  5. Material evaluation

  6. Prototype or sample production

  7. Inspection and testing

  8. Trial production

  9. Customer approval

  10. Mass production

Simple dimensional modifications may require fewer steps, while completely new special bearing designs may require additional development and verification.

Clear communication during the early stages helps ensure that both parties understand the technical requirements before production begins.

Quality Control for Made to Order Bearings

Quality consistency is particularly important for custom products because each bearing may be manufactured according to customer-specific specifications.

Critical dimensions, manufacturing consistency, and product performance should be monitored throughout production.

Quality management may include raw material inspection, manufacturing process control, dimensional inspection, product testing, final inspection, and production monitoring.

For made to order bearings, inspection criteria can also be established according to customer drawings, approved samples, and mutually agreed specifications.

Consistent quality is especially important for OEM customers requiring repeated production over many years.

Made to Order Bearing Manufacturer in Taiwan

Taiwan has an established industrial manufacturing ecosystem supporting machinery, hardware, precision components, plastics, metalworking, and OEM production.

International buyers looking for made-to-order components can benefit from working with manufacturers that understand both product development and repeat production requirements.

HSIAN JI BEARING CO., LTD. has been engaged in bearing development and manufacturing since 1995.

Our experience with standard, special, and non-standard bearing products provides a foundation for evaluating customised requirements.

Whether you need a new bearing for an OEM product or a replacement for an existing special component, we welcome your inquiry.

Request a Quote for Made to Order Bearings

If you are looking for made to order bearings, provide as much technical information as possible when contacting HSIAN JI.

Useful information includes:

  • Technical drawings

  • CAD files

  • Existing samples

  • Required dimensions

  • Bearing type

  • Installation requirements

  • Application information

  • Operating conditions

  • Estimated order quantity

  • Special technical requirements

Even if complete engineering documentation is unavailable, an existing sample and detailed application information can provide a useful starting point.

Contact HSIAN JI to discuss your made-to-order bearing requirements and let us evaluate a suitable custom bearing solution for your project.


Made to Order Bearings FAQ

1. What are made to order bearings?

Made to order bearings are bearings manufactured or developed according to specific customer requirements instead of being selected only from standard catalogue products.

They may incorporate special dimensions, configurations, mounting arrangements, or other application-specific characteristics.

These bearings are useful when a conventional standard bearing cannot adequately meet the requirements of a particular mechanical product.

2. Are made to order bearings the same as custom bearings?

The terms are generally used to describe similar products.

Custom bearings are developed according to customer-specific requirements, while made-to-order bearings emphasize that the product is manufactured according to an individual order or specification.

Other related terms include bespoke bearings, custom-made bearings, special bearings, and non-standard bearings.

The exact terminology can vary according to the market and application.

3. When should I use a made to order bearing?

Made-to-order manufacturing may be appropriate when a suitable standard bearing cannot be found.

Typical situations include non-standard dimensions, restricted installation space, unique mechanical structures, special mounting requirements, discontinued bearings, replacement components, and new OEM product development.

A manufacturer can evaluate your application to determine whether a custom solution is technically and commercially feasible.

4. What types of made to order bearings can HSIAN JI evaluate?

HSIAN JI's existing product categories include:

  • Ball bearings

  • Plastic bearings

  • Thrust bearings

  • Stamped bearings

  • Slide bearings

  • Special bearings

  • Non-standard bearings

Custom requirements can be evaluated according to customer drawings, physical samples, applications, dimensions, specifications, and manufacturing feasibility.

5. Can you manufacture bearings according to my dimensions?

Special dimensional requirements can be evaluated.

Customers should provide critical dimensions such as inner diameter, outer diameter, width, shaft dimensions, installation space, and other important measurements.

For made to order bearings, a detailed technical drawing is highly recommended because it provides a clear reference for technical evaluation.

6. Can HSIAN JI make a bearing from my engineering drawing?

Customer drawings can provide the basis for product evaluation and development.

The drawing should include all important dimensions and technical requirements.

Customers should also provide information about the application, operating conditions, expected quantity, and any special requirements that may not be clearly communicated through the drawing alone.

7. Can you manufacture a bearing from an existing sample?

HSIAN JI can evaluate product development according to customer requirements and samples.

Sample-based development can be particularly useful for obsolete bearings, replacement components, special machinery, and products for which the original technical documentation is unavailable.

Providing application information in addition to the physical sample helps the manufacturer understand the intended use.

8. What information should I provide when requesting made to order bearings?

Useful information includes:

  • 2D technical drawings

  • 3D CAD files

  • Physical samples

  • Required dimensions

  • Bearing type

  • Shaft dimensions

  • Installation dimensions

  • Load requirements

  • Operating speed

  • Operating environment

  • Estimated quantities

  • Special technical requirements

The more complete the information, the more efficiently the manufacturer can evaluate your project.

9. What is the difference between standard and made to order bearings?

Standard bearings are manufactured according to commonly used dimensions and configurations and are usually available as catalogue products.

Made to order bearings are developed according to a particular customer's specifications or application.

The differences may involve dimensions, structure, mounting configuration, or other characteristics.

If a standard bearing satisfies all requirements, it may be the simplest option. Made-to-order manufacturing becomes useful when standard products cannot meet the application.

10. What are non-standard bearings?

Non-standard bearings differ from conventional standard dimensions, structures, or configurations.

A made-to-order bearing with unique dimensions may therefore also be classified as a non-standard bearing.

The term "made to order" emphasizes the manufacturing approach, while "non-standard" describes how the product differs from conventional bearing specifications.

11. What are special bearings?

Special bearings are designed or manufactured for particular applications that cannot be adequately served by conventional products.

They may feature unusual dimensions, mounting arrangements, external structures, or other application-specific characteristics.

Many special bearings are also made to order bearings because they are manufactured specifically for individual OEM or industrial applications.

12. Are made to order bearings suitable for OEM applications?

Yes. OEM products are one of the most common reasons for considering customized bearing solutions.

OEM manufacturers often design products with unique dimensions and mechanical configurations.

A made-to-order bearing can be evaluated according to the available installation space and surrounding components, giving designers greater flexibility than relying entirely on catalogue sizes.

13. Which applications can use made to order bearings?

Depending on the bearing type and technical requirements, applications can include industrial machinery, conveyors, furniture hardware, sliding systems, doors and windows, medical equipment, office equipment, kitchen equipment, bathroom equipment, fitness equipment, sporting goods, transportation products, packaging machinery, and other OEM products.

Each application should be evaluated according to its actual operating requirements.

14. Can made to order bearings replace discontinued bearings?

In some cases, yes.

If a standard or special bearing has been discontinued, custom manufacturing may provide a potential replacement solution.

Customers should provide an existing sample, drawing if available, dimensions, application information, and required quantity.

Manufacturing feasibility can then be evaluated before proceeding with development.

15. Can I order a custom bearing without having a technical drawing?

A technical drawing is highly recommended, but it may not always be available.

If you have an existing bearing, a physical sample can provide another starting point.

Customers should also provide as much information as possible about dimensions, installation, application, operating conditions, and quantity.

Additional technical confirmation may be required before production.

16. How are made to order bearings developed?

The exact process depends on the complexity of the product.

Typical stages may include:

  1. Requirement review

  2. Drawing or sample analysis

  3. Technical evaluation

  4. Design development

  5. Manufacturing feasibility review

  6. Prototype or sample production

  7. Inspection and testing

  8. Customer confirmation

  9. Trial production

  10. Mass production

More complex bearing projects may require additional development stages.

17. Can samples be produced before mass production?

Depending on the project, prototype or sample development may be used to verify the proposed product before volume manufacturing.

A sample can help confirm dimensions, installation compatibility, movement, and other functional requirements.

This can be particularly important for completely new made to order bearings that have not previously been manufactured.

18. How is the quality of made to order bearings controlled?

Quality management can involve incoming material inspection, manufacturing process control, dimensional inspection, product testing, final inspection, and production monitoring.

Customised products can also be inspected according to approved drawings, samples, and mutually agreed specifications.

Maintaining consistent manufacturing processes is particularly important for customers requiring repeat production.

19. Why source made to order bearings from Taiwan?

Taiwan has a mature industrial supply chain covering machinery, precision components, metalworking, plastics, hardware, and OEM manufacturing.

For international buyers, sourcing customised products from Taiwan can provide access to experienced manufacturing resources and product development capabilities.

Technical communication, flexible manufacturing, quality management, and stable repeat production are important factors when choosing a supplier.

20. Why choose HSIAN JI for made to order bearings?

HSIAN JI BEARING CO., LTD. has been engaged in bearing development and manufacturing in Taiwan since 1995.

Our product portfolio includes ball bearings, plastic bearings, thrust bearings, stamped bearings, slide bearings, special bearings, and non-standard bearings.

We can also evaluate product development according to different customer requirements and samples.

If you are searching for made to order bearings for an OEM product, special mechanical application, replacement component, or non-standard requirement, send HSIAN JI your drawings, samples, dimensions, application information, and estimated quantities.

We can evaluate your requirements and discuss a suitable customised bearing solution.