Sapphire Jewel with Olive Hole, Without Cups
36400
High-precision bearing for fine mechanics
The sapphire jewel with an olive hole and no cups is a key component of high-precision bearings. It serves as a support for a rotating steel shaft, ensuring minimal friction and extreme wear resistance.
Thanks to the olive hole design, lubrication is optimized, reducing friction and extending the lifespan of the mechanism. This jewel is designed to absorb both radial and axial loads, ensuring smooth and stable operation. It is often used in combination with a cap (support) jewel, where it helps maintain a constant axial distance, which is essential for the proper engagement of gear trains.
Comments (0)
No customer reviews for the moment.
Your review appreciation cannot be sent
Report comment
Are you sure that you want to report this comment?
Report sent
Your report has been submitted and will be considered by a moderator.
Your report cannot be sent
Write your review
Review sent
Your comment has been submitted and will be available once approved by a moderator.
Your review cannot be sent
16 other products in the same category:
High-quality sapphire needle for precise sound reproduction
The single-sided sapphire gramophone needle is a key component of phonograph cartridges, designed for accurate sound tracking from vinyl records. Thanks to the high hardness of sapphire and its resistance to wear, it provides long-lasting performance and clear audio playback.
This type of needle...
Rods with flat ends made from sapphire and ruby are designed for demanding applications requiring chemical resistance, dielectric strength, and mechanical durability. They are commonly used in dielectric systems, medical and diagnostic equipment, and as insulators. Offered in different lengths and surface finishes depending on the specific application.
Round glass windows made from sapphire or ruby are used in demanding environments requiring chemical resistance, extreme hardness, thermal stability, wide transmission range, and excellent mechanical strength. Applications include watch glasses, medical and diagnostic devices, barcode readers, IR and UV systems, and other optical technologies.
The Valve Check is a type of check valve that uses a sapphire seat and a ruby ball to ensure precise and reliable fluid or gas flow control. These components excel in hardness, low friction, and extreme chemical and thermal resistance.
Rectangular chamfered crystals made from sapphire or ruby are available in various shapes, sizes, orientations, and polish qualities depending on the application. Known for their durability, clarity, and resistance, they are widely used in watch glasses, diagnostic equipment, optical systems, barcode readers, and UV/IR applications.
The sapphire bearing seat is a precision component used in analytical balances. Its polished flat surface supports the edge of the sapphire knife, serving as a support bearing. It features exceptional hardness, wear resistance, and minimal friction, ensuring stable and long-term reliable operation of analytical instruments.
Square windows made from sapphire or ruby are ideal for use in environments where chemical resistance, extreme hardness, thermal stability, high transmission range, and mechanical strength are critical. Common applications include watch glasses, medical and diagnostic devices, barcode scanners, and IR, UV, and other optical systems.
The sapphire conical bearing is a specialized bearing in which a steel shaft rotates with a radius smaller than the bearing cone’s apex radius. This design ensures minimal friction and exceptional accuracy, making it ideal for measuring instruments with a moving pointer, such as voltmeters and ammeters. The sapphire’s hardness provides excellent wear...
Half ball lenses are manufactured to strict AFBMA standards, ensuring exceptional shape accuracy, dimensional precision, and surface quality. These lenses are ideal for both optical and mechanical applications that require high precision and reliability.
High-precision bearing for fine mechanics
The sapphire jewel with a cylindrical hole and no cups is a key component of high-precision bearings. It serves as a support for a rotating steel shaft within a device, ensuring minimal friction and extreme wear resistance.
This jewel is designed to absorb both radial and axial loads, ensuring smooth and stable...
Domed-end rods made from sapphire or ruby are designed for demanding applications where durability, dielectric performance, and chemical resistance are critical. These rods are used in dielectric systems, medical and diagnostic devices, and as insulators. Available in different lengths and finishes depending on the intended use.
A key component of precision bearings for fine mechanics
The sapphire jewel with an olive hole is designed for high-precision bearings, where it serves as a support for a rotating steel shaft. This bearing absorbs both radial and axial loads, ensuring stability and long-term durability of the mechanism.
This jewel is often used in combination with a cap...
The sapphire roller is a highly durable component used for guiding textile fibers. Its exceptionally low friction, outstanding wear resistance, and excellent chemical stability ensure smooth and precise fiber movement without damage. It is ideal for applications requiring minimal resistance and long service life, even under demanding operating conditions.
The double-sided sapphire jewel with an olive hole is designed for high-precision bearings, where it serves as a support for a rotating steel shaft. This bearing absorbs both radial and axial loads, ensuring stability and long-term durability of the mechanism.
This jewel is often used in combination with a cap (support) jewel, where together they maintain...
Sapphire balls rank among the hardest materials with a Mohs hardness of 9. Their exceptional wear resistance, chemical stability, and non-porous structure make them ideal for precision applications in industry and scientific fields.
They are commonly used in bearings, valves, pumps, flow meters, and measuring instruments. In healthcare and optics, they...