ProductsBearings

Custom Bearings

Our vertically-integrated engineering and manufacturing services provide a one-stop shop for custom bearings.

Large selection of materials, including superalloys.
Produced with fast, efficient metal hybrid manufacturing.
Support for one-off proof of concept or a short-run production, with pathway to scale.
ISO 9001 and AS9100 third-party certified.
CMMC Level 2 and DFARS 252.204-7012 compliant.
Designed and manufactured in the USA.

Pricing

Pricing depends on quantity and requirements. Contact us to request a quote.

Sample Specifications

Specifications listed as typical ranges.

Bearing Type	Inner Dimension (in)	Outer Dimension (in)	Width (in)	Static Load Capacity (lbf)	Operational Speeds (RPM)	Operating Temperature (F)
Single Row Angular	0.500 – 6.375	2.000 – 11.875	0.250 – 1.125	1,500 – 10,000	200+	200 – 500
Double Row Angular	0.500 – 6.375	2.000 – 11.875	0.750 – 2.750	5,000 – 15,000	200+	200 – 500
Needle Roller	0.250 – 6.375	1.000 – 11.875	0.500 – 3.875	15,000 – 50,000	200+	200 – 500
Cylindrical Roller	0.250 – 6.375	1.000 – 11.875	0.500 – 3.875	15,000 – 50,000	200+	200 – 500
Double Row Deep Groove	0.500 – 6.375	2.000 – 11.875	0.750 – 2.750	5,000 – 15,000	200+	200 – 500

Specifications listed as typical ranges.

Bearing Type	Inner Dimension (in)	Outer Dimension (in)	Width (in)	Static Load Capacity (lbf)	Operational Speeds (RPM)	Operating Temperature (F)
Single Row Angular	0.500 – 6.375	2.000 – 11.875	0.250 – 1.125	1,500 – 10,000	200+	200 – 500
Double Row Angular	0.500 – 6.375	2.000 – 11.875	0.750 – 2.750	5,000 – 15,000	200+	200 – 500
Needle Roller	0.250 – 6.375	1.000 – 11.875	0.500 – 3.875	15,000 – 50,000	200+	200 – 500
Cylindrical Roller	0.250 – 6.375	1.000 – 11.875	0.500 – 3.875	15,000 – 50,000	200+	200 – 500
Double Row Deep Groove	0.500 – 6.375	2.000 – 11.875	0.750 – 2.750	5,000 – 15,000	200+	200 – 500

Specifications listed as typical ranges.

Single Row Angular Contact

Inner Dimension (in)	0.500 – 6.375
Outer Dimension (in)	2.000 – 11.875
Width (in)	0.250 – 1.125
Static Load Capacity (lbf)	1,500 – 10,000
Operational Speeds (RPM)	200+
Operating Temperatures (F)	200 – 500

Double Row Angular Contact

Inner Dimension (in)	0.500 – 6.375
Outer Dimension (in)	2.000 – 11.875
Width (in)	0.750 – 2.750
Static Load Capacity (lbf)	5,000 – 15,000
Operational Speeds (RPM)	200+
Operating Temperatures (F)	200 – 500

Needle Roller

Inner Dimension (in)	0.250 – 6.375
Outer Dimension (in)	1.000 – 11.875
Width (in)	0.500 – 3.875
Static Load Capacity (lbf)	15,000 – 50,000
Operational Speeds (RPM)	200+
Operating Temperatures (F)	200 – 500

Cylindrical Roller

Inner Dimension (in)	0.250 – 6.375
Outer Dimension (in)	1.000 – 11.875
Width (in)	0.500 – 3.875
Static Load Capacity (lbf)	15,000 – 50,000
Operational Speeds (RPM)	200+
Operating Temperatures (F)	200 – 500

Double Row Deep Groove

Inner Dimension (in)	0.250 – 6.375
Outer Dimension (in)	2.000 – 11.875
Width (in)	0.750 – 2.750
Static Load Capacity (lbf)	5,000 – 15,000
Operational Speeds (RPM)	200+
Operating Temperatures (F)	200 – 500

Single Row Angular Contact Custom Bearing

Singular Row Angular Contact Bearing

Double Row Angular Contact Custom Bearing

Double Row Angular Contact Bearing

Needle Roller Bearing

Cylindrical Roller Bearing

Double Row Deep Groove Bearing

Material Options

We make bearings in a wide variety of materials, and can help you select the best ones for your requirements.

Here are a few high-performance options:

Nickel-Based Superalloys

Example Grades: Inconel® 625, 718 X-750; Hastelloy® C-276

High strength, good hardness, superior creep, and fatigue resistance. 718 isn’t as hard as hardened steels (it tops out at ~45 HRC compared to the ~60 HRC of tool steels), but the ability to retain its properties close to melting temperature makes it the choice for high-temperature applications.

Cobalt-Based Superalloys

Example Grades: Stellite® 6, Haynes® 188, Ultimet®

Cobalt-chromium superalloys are unmatched wear and abrasion resistance, and are corrosion and high-temperature resistant.

Tool Steels

Example Grades: H11, H13, M2, M50, T1, D2

Tool steels, like hot work chromium H series and the high-speed steel M series, are high-hardness, high-strength steels that retain their properties at high temperatures, and even have some corrosion resistance.

Other Alloys

Tungsten carbide: Hardness of ceramic but weldability of a superalloy. For extreme conditions.

Titanium, Invar, etc: Most rolling element bearings require a high-hardness alloy to function properly, but there are some applications where softer components may be acceptable to achieve other goals.

Looking for something else?

Working with wire feedstock means our material options are pretty extensive. We can also produce multi-alloy components, which are ideal for bearings that might need targeted enhancements due to application conditions.

See more materials →

Production Process

A Hybrid CNC Parts metal hybrid system fabricating a bearing race using the Meltio 3D wire-laser metal deposition unit.

Hybrid Manufacturing with Wire-Laser Metal Deposition (w-LMD)

Hybrid manufacturing is an advanced manufacturing method that combines additive and subtractive within the same system. At Hybrid CNC Parts, we use Haas CNCs with integrated w-LMD Meltio engines. It’s a fast and efficient method for producing precision components.

w-LMD is a direct energy deposition (DED) process that uses lasers to melt metal wire feedstock as it’s being deposited, building up components layer by layer. By using wire feedstock, your material choice options are abundant.

More About Hybrid Manufacturing

a superalloy bearing race being built with wire-laser hybrid manufacturing

USE CASE

Needle Roller Bearings for Nuclear Systems

These custom engineered and produced bearings are designed for modern nuclear reactor refueling mechanisms, where temperatures can reach 1,000°F. Requirements included the need for bearings of high strength, high hardness, and corrosion resistance.

Project Notes:

Nickel alloy 718, AWS 5.21 ERCoCr-A (cobalt-based alloy), and H11 were selected for their heat- and corrosion-resistance properties.
Witness coupons made and tested with every build for process control and material property validation.
In situ fully-hardened state of H11 achieved without post-processing—reducing lead times, production costs, and increasing performance.

Inner Dimension (in)	Outer Dimension (in)	Static Load Capacity (lbf)	Operational Speeds (RPM)	Operating Temperature (F)
2.5	3.2	10,000	200+	Up to 1,200

Specifications

Inner Dimension (in)	2.5
Outer Dimension (in)	3.2
Static Load Capacity (lbf)	10,000
Operational Speeds (RPM)	200+
Operating Temperature (F)	Up to 1,200

Stellite rollers being loaded into bearing races.

Benefits of Custom-Made Bearings

Meet exact requirements

Your requirements are unique and all the off-the-shelf bearings are not quite right. Maybe close, but it would mean adjusting the project to make them work. Custom bearings can be made to suit your exact requirements, no matter how niche. Not sure where to start? We can help. Contact us to get started.

Overcome spatial limitations

In some applications that can be little choice for shaft and housing dimensions, like in spacecraft where there isn’t much room to spread out, or geothermal wells where every inch of the drilled borehole is important. Being able to design bearings around other mechanical requirements is a critical consideration.

Supply chain reliability

While some bearings are limited in their production depending on the availability of raw materials, all of our bearings are produced using readily available metal wire feedstock, equating to more reliable lead times.

Improved efficiency

Faster production cycles using hybrid manufacturing due to rapid prototyping, quick design iteration, and lack of extensive tool changes. It also produces less material waste compared to subtractive-only methods.

Industry Applications

Industries across the board utilize custom bearings in order to meet requirements for specialized sizing, operating conditions, and levels of precision.

Examples of various industrial requirements and applications include:

Industry	Requirements	Applications
Aerospace	High temperatures, high precision, unconventional lubrication methods.	Components in turbine engines, fuel pumps, and control systems.
Energy	High temperatures, corrosive and abrasive environments.	Rotary drills, submersible pumps, valves, compressors, turbines, gear train components.
Automotive	High speeds, high temperatures, minimal friction and noise.	Turbochargers, EV drive trains, wheel hubs.
Industrial Machinery	High loads, temperature with abrasion, corrosion, wear resistance.	Gearboxes, injection and blow molds, material conveyors.
Medical	Precision motion control, bio-compatible materials.	Surgical instruments, infusion pumps.

Industries across the board utilize custom bearings in order to meet requirements for specialized sizing, operating conditions, and levels of precision.

Examples of various industrial requirements and applications include:

Aerospace

Requirements: High temperatures, high precision, unconventional lubrication methods.
Applications: Components in turbine engines, fuel pumps, and control systems.

Energy

Requirements: High temperatures, corrosive and abrasive environments.
Applications: Rotary drills, submersible pumps, valves, compressors, turbines, gear train components.

Automotive

Requirements: High speeds, high temperatures, minimal friction and noise.
Applications: Turbochargers, EV drive trains, wheel hubs.

Industrial Machinery

Requirements: High loads, temperature with abrasion, corrosion, wear resistance.
Applications: Gearboxes, injection and blow molds, material conveyors.

Medical

Requirements: Precision motion control, bio-compatible materials.
Applications: Surgical instruments, infusion pumps.

Pricing

Pricing is influenced by requirements, including sizing, materials, and quantity.

If you’re looking for estimates or a quote, please contact us.

Additional information:
In addition to quantity, any/all of the following information is helpful when requesting a quote: approximate bearing size, load capacity, speed, operating environment, bore diameter, housing size, material constraints, operating temperature, industry/application.