Even with the same dimensions, performance (allowable load, bearing stiffness, flow rate) can be customized.
High-precision ceramic bearings improve the reliability of renewable energy equipment.
Basically, it will be oil lubricated, but with improvements in the grease supply method, grease lubrication is also possible!
Includes information on sealing devices for bearings, design of shafts and housings, handling and damage of bearings, and countermeasures!
High precision × High durability. The new standard for cooling devices.
High precision × high durability. Bearings that support precise control.
Ceramic bearings for medical devices designed for noise reduction.
Bearings for aerospace applications that achieve both lightweight and high durability.
Achieving high durability even in harsh environments.
Excellent corrosion resistance, achieving long lifespan even in harsh environments.
High-precision ceramic bearings that meet hygiene standards in food processing.
Next-generation bearings with excellent chemical resistance.
Achieving oil-free operation, environmentally friendly resin bearings! They are long-lasting, lightweight, and rust-free products.
Heat-resistant and chemical-resistant! Introducing bearings with compositions that comply with the positive list.
Durability has been significantly improved! Achieving high rigidity with a contact angle of 60° and increasing the number of balls.
A detailed introduction to single-row, combination, and multi-row angular contact ball bearings!
Introducing products suitable for applications where relatively low-speed rotation and heavy loads are involved!
A detailed introduction to three types: for wheels, for gear devices, and for main electric motors!
Features of bearings other than standard types and the allowable rotational speed of the ULTAG series are also included!
Published are the contact angles, contact angle symbols, and the combination types and features of combined angular ball bearings!
The center of the outer wheel orbit plane aligns with the bearing center! Introducing the allowable rotational speed of the ULTAGE series and more.
Can be used without refueling! Alternatives from polyacetal (POM) are also possible.
The inorganic fiber filling grade has high strength! It excels in impact resistance and features a low coefficient of thermal expansion.
Due to its low water absorption characteristics, dimensional changes due to swelling are minimal! It also excels in impact resistance.
Excellent mass production capability! We also offer products that comply with the positive list system of the Food Sanitation Act.
Excellent speed characteristics! Can be used in food machinery at temperatures below 100℃.
Contributes to reducing the risk of foreign matter contamination! Complies with the positive list system of the Food Sanitation Act.
Prevents stick-slip and squeaking noise! Enables the production of complex shapes through injection molding.
The friction coefficient is low, and there is little variation due to load! It also has excellent wear resistance.
It has a low coefficient of friction and excellent speed characteristics! Injection molding also allows for the production of complex shapes.
Low friction coefficient and excellent speed characteristics! Standard products and materials for machining are available in various sizes.
Introducing a unit bearing that demonstrates excellent sliding performance! Compact, lightweight, and highly resistant to corrosion.
A bearing with a very small cross-sectional height and lightweight! It is suitable for mass-produced products that require cost-effectiveness.
Compared to other rolling bearings, it is compact and lightweight, yet has a high load capacity!
It can withstand harsh operating conditions such as high-speed rotation and impact loads, and is used in a wide range of applications.
Excellent rigidity and wear resistance that withstands harsh conditions! It is a lightweight bearing with a large rated load.
For various conditions such as heavy loads, high-speed, and low-speed rotation! There are options with and without inner rings; using the type without an inner ring allows for a compact design by utilizing the shaft as the raceway surface.
Not only can it handle radial loads, but it can also bear axial loads! It is suitable as a fixed-side bearing.