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Raindew Official Store
10PCS Precision F688ZZ Flanged Bearing with Shield 8*16*5 mm for Easy Mounting & Positioning
10PCS Precision F688ZZ Flanged Bearing with Shield 8*16*5 mm for Easy Mounting & Positioning
Regular price
$15.71 USD
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$0.00 USD
Sale price
$15.71 USD
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Specifications:
Item: F688ZZ
Structure: Deep Groove
Bearing Material: Bearing Stee
Ball Material: Bearing Steel
Bore Dia (d): 8 mm
Outer Dia (D): 16 mm
Width (B): 5 mm
Closures: ZZ
Magnetic: little
Hardness: 58HRC
Corrosion Resistance: General
Clearance: C0
Bearing Grades: ABEC-7
Features:
Designed to meet the challenges of high-speed operation, these flanged miniature bearings prioritize stability and low vibration at elevated RPMs. They are perfectly suited for demanding applications like dental handpieces, small spindle drives, and high-velocity scanning systems where balance and smoothness are critical.
✅ Rigid Flange for Vibration Dampening
The flange design adds structural integrity to the mounting point, effectively dampening vibrations and preventing resonance issues that can occur at high rotational speeds, ensuring accurate performance in sensitive instrumentation.
✅ Precision Balanced for Smooth Rotation
Each bearing is dynamically balanced to minimize vibration, a crucial feature for applications requiring exceptional smoothness, such as optical lens positioning systems and high-resolution printing machinery.
✅ Advanced Lubrication for High-Speed Durability
Filled with a specialized, high-temperature stable grease, these bearings maintain optimal lubrication film integrity even under extreme speed conditions, extending service life in demanding applications like turbocharger actuators and miniature centrifuges.
✅ Lightweight Design for Rapid Acceleration
The focus on minimal mass reduces rotational inertia, allowing for faster acceleration and deceleration cycles in applications like robotics joints and high-speed actuator arms.
These bearings enable the design of faster, more responsive, and quieter high-speed miniature systems.












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