EIBC strives to provide the greatest technologies, quality, and services by taking market input and investing in research and development. We provide a large selection of ultra-precision ball bearings that are utilised in the most demanding applications including machine tools and ball screw shafts.
Benefits of super-precision bearings:
Super Precision ball bearings products feature exceptionally high tolerances, including some of the industry's tightest preload tolerances, which help to avoid chatter and costly secondary machining. End caps do not need to be reground because of the tight width tolerances. ABEC9/ISO P2 axial running tolerances are also met by these bearings.
Super-precision bearings are made of pure steel and are pre-lubricated with high-performance grease, ensuring their durability and dependability. Roller and ball bearings ensure smooth, optimal performance by allowing machines to run more smoothly and with less downtime.
Serving a Wide Range of Industries
Super Precision ball bearings are versatile enough to be utilised in a variety of industries and applications.
Super Precision bearings, for example, are particularly beneficial for machine tooling spindles in the woodworking sector because they enable for precise preloading prior to mounting. They also reduce machine noise and vibration, especially at low and mid-range speeds, and protect against damage from abrupt starts and stops. The Super Precision line is an excellent choice for woodworking applications due to its higher speed capability, superior stiffness, decreased energy consumption, reduced frictional heat, and lower centrifugal and inertial forces within the bearing.
Super Precision ball bearings offer similar benefits in the automobile industry and other transportation applications, such as reduced vibration and noise, longer service life, and lower maintenance. The roller bearings are perfect for use in differentials, transmissions, clutches, and constant velocity joints, while the ball bearings can be utilised in air conditioning systems, steering systems, and wheel bearings, among other uses.
Benefits & Features
- Optimal design - Achieved by simulating the temperature rise caused by a ball skid on a computer.
- Long-life - High-quality, ultra-clean steel.
- High precision bearings - Precision class P2 rolling elements are available in both ordinary steel and ceramic material.
- Low Noise - The Spinshot II Lubrication System makes the high-speed spindle run quietly.
- Brass, synthetic polymer, and phenolic are just a few of the cage material alternatives accessible in high-speed designs.
- Within the basic ISO envelope, there are optional sealing.
- Rotational velocity is high.
- Heat generation and friction are minimal.
- The rigidity that has been managed
Applications
Here are some examples of uses for super-precision bearings: ?
- Spindles for metal-cutting and wood-working equipment
- Spindles from other machines (e.g. balancing machines)
- Roller mills with a high rate of rotation
- Machines that print
- Ball screws that are precisely machined
- Centres of life
- Turbochargers with a high top speed
- Pumps with a vacuum
- Auto racing
- Gyrostabilizers for boats are a type of gyrostabilizer that helps keep the boat
- Semiconductor-related machine parts
Product Type
Super-precision ball bearings are known for their great accuracy, speed, and performance, and come in the following types:
- High Precision Angular Contact Ball Bearings
- Ultra High-Speed Angular Contact Ball Bearings
- High-Speed Angular Contact Thrust Ball Bearings
- Sealed Angular Contact Ball Bearings
- Ultra-High Precision Angular Contact Ball Bearings
- Angular Contact Thrust Ball Bearings for Ball Screw Support
- Sealed Angular Contact Thrust Ball Bearings
- High Precision Deep Groove Ball Bearings
EIBC Super Precision Bearings are engineered to meet the high-precision, high-rotational-speed, and high-rigidity demands of unique applications. Super-precision ball bearings have the highest level of accuracy due to their optimal materials and internal design.