- FDB motors
FDB motors powering next-generation devices: 5 use cases
Case study
FDB motors (fluid dynamic bearing motors)
FDB motors powering next-generation devices:
5 use cases
As next-generation devices evolve, drive motors are required to deliver superior quietness and precision. FDB (fluid dynamic bearing) motors solve these challenges, which are difficult to overcome with conventional ball bearings. By levitating the shaft with oil pressure to achieve completely non-contact rotation, they maintain low noise and high precision over the long term.
Features
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Stable rotational accuracy
at high speeds -
Low vibration and noise
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Low NRRO*
(40 nm or less)*NRRO: Non-repeatable run-out
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Long service life and
high reliability -
High-speed rotation of
up to 12,000 rpm -
Low shaft runout
(tilt of 3 arcsec or less) -
High efficiency and
energy saving -
Space-saving,
low-profile design**Available on select models.
Applications
LiDAR (Autonomous Driving)
LiDAR (Light Detection and Ranging) utilizes reflected laser pulses to deliver highly accurate distance measurements and obstacle detection. As a core technology in the development of autonomous vehicles, it also serves a broad range of applications, including Intelligent Transport Systems (ITS) in smart cities and critical infrastructure monitoring.
Precision LiDAR Components for Autonomous Driving-
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High-Precision Sensing
Enables high-density point cloud data acquisition to ensure the safety of autonomous driving systems.
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Quiet Operation and Space-Saving Design
Utilizing a non-contact rotation mechanism, it delivers ultra-quiet performance and a compact footprint ideal for EVs and increasingly common in-cabin LiDAR systems.
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Reduced Maintenance Costs
Offers an extended service life through a wear-free design, significantly lowering maintenance frequency and associated costs.
Cooling Systems (Fans with FDB Motor Technology)
FDB fan motors utilize Fluid Dynamic Bearing (FDB) technology, where the dynamic pressure generated during rotation prevents direct contact between the shaft and the bearing. By eliminating metal-to-metal friction during operation, this design delivers exceptionally quiet performance and an extended service life compared to conventional bearing systems.
View FDB Fan Motor Product Details-
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Quiet Operation
Eliminates harsh metal-to-metal noise, making it ideal for PC environments and other noise-sensitive applications where minimizing fan noise is essential.
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Long-Term Stability
Features a durable design resistant to age-related degradation, ensuring consistent cooling performance throughout the product's lifecycle.
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High Reliability
Minimizes the need for frequent motor replacements, ultimately enhancing the quality and brand reputation of your end products.
Measurement Technology
Engineered to combine rugged durability for harsh outdoor environments with micron-level precision, this design delivers the highly accurate motion control required for advanced measurement instruments such as 3D scanners.
View FDB Motor Product Details-
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Environmental Durability
Features a wide operating temperature range, ensuring stable operation even in severe environments subject to extreme temperature fluctuations.
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Micron-Level Precision
Delivers ultra-smooth, vibration-free rotation to enable highly accurate spatial mapping and reliable data acquisition.
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Compact & High-Rigidity Design
Contributes to device miniaturization, enhancing design flexibility for mobile and portable measurement instruments.
Security Technology
Stable rotation is critical for capturing high-resolution images in security cameras and sensor systems. Our FDB motors deliver the precision, low vibration, and high axial and radial rigidity required in the security sector, where exceptional reliability is paramount.
View FDB Motor Product Details-
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Blur-Free Imaging
Smooth, stable rotation minimizes vibration-induced noise and blur, ensuring clear image acquisition across wide fields of view.
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Orientation-Independent Stability
High structural rigidity suppresses non-repeatable runout (NRRO), maintaining stable operation regardless of the mounting orientation.
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24/7 Reliability
Engineered for continuous use, our motors significantly reduce the risk of long-term downtime, providing a dependable foundation for critical security systems.
Virtual Reality (VR) Equipment
VR hardware demands strict precision and seamless performance to maintain user immersion. Our FDB motors deliver the exact control required to enhance the performance and user experience of next-generation VR devices.
View FDB Motor Product Details-
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Quiet Operation for Deep Immersion
By minimizing operating noise in head-mounted equipment, our motors help maintain an uninterrupted, fully immersive virtual experience.
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Preventing VR Sickness
High-precision motor control reduces latency and motion blur, ensuring the display smoothly tracks the user's gaze for a comfortable, natural visual experience.
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Extended Service Life
The low-friction bearing design minimizes mechanical wear, significantly extending the operational lifespan of high-value VR hardware.
Product Lineup
Please feel free to contact us regarding product selection, applications, or any other inquiries.
Related page
Rotary components case studies
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