MR138 Tiny Ball Bearings High Speed Low Noise Bearings Unmanned Aerial Vehicle Bearings
MR138 tiny ball bearings
,High Speed tiny ball bearings
,Low Noise tiny bearings
The MR138 series represents the pinnacle of ultra miniature bearings, engineered to deliver exceptional performance in high-demand sectors. This product line includes MR138 Miniature Bearings and MR138 Extra-miniature Bearings, designed for applications requiring ultra-small dimensions, high-speed capabilities, and minimal noise. These ultra miniature bearings boast advanced materials and precision manufacturing, ensuring reliability in environments where space and silence are critical. Ideal for industries like robotics, electronics, and aerospace, the MR138 series excels under extreme conditions, offering unmatched durability and efficiency. As a leader in ultra miniature bearings, this series incorporates innovations that reduce friction and extend lifespan, making it a trusted solution worldwide.
The versatility of MR138 Ultra Miniature Bearings makes them indispensable across multiple domains. In unmanned aerial vehicle (UAV) bearings, they provide lightweight stability for drone motors and rotors, enabling smooth, high-altitude operations. For medical device bearings, these components are specifically tailored for surgical instruments and diagnostic equipment, ensuring hygiene and precision in life-saving tools. Additionally, they serve as silent bearings in consumer electronics and high-speed low-noise bearings in industrial automation systems, such as miniature motors and actuators. This broad applicability extends to global markets, including automotive sensors, consumer gadgets, and renewable energy systems, where their ultra-miniature design facilitates compact innovations.
Below is a concise table summarizing key specifications for the MR138 series. This data ensures compatibility with diverse engineering requirements:
| Parameter | Value | Notes |
|---|---|---|
| Inner Diameter Range | 1.5 mm to 6 mm | Ultra-miniature sizes for tight spaces |
| Outer Diameter Range | 4 mm to 13 mm | Compact design |
| Speed Rating | Up to 80,000 RPM | High-speed performance for rapid motion |
| Noise Level | < 20 dB | Low-noise and silent operation |
| Material | Stainless Steel or Ceramic | Corrosion-resistant and durable |
| Load Capacity | Dynamic: 0.5 kN, Static: 0.2 kN | Supports heavy-duty cycles |
| Temperature Range | -30°C to 120°C | Suitable for extreme environments |
| Certification | ISO 9001 Compliant | Meets global quality standards |
The MR138 Ultra Miniature Bearings stand out with numerous benefits that drive global adoption. First, their ultra-miniature construction allows for seamless integration into confined spaces, boosting design flexibility in products like UAVs and medical implants. Secondly, the high-speed low-noise feature minimizes vibrations and sound emissions, enhancing user comfort in applications like silent bearings for home appliances or office equipment. Third, these bearings offer superior longevity and reduced maintenance costs due to advanced sealing and lubrication, ideal for critical sectors like healthcare devices where reliability is paramount. Lastly, their global readiness ensures compliance with international regulations, facilitating easy sourcing in markets from North America to Asia. As a core innovation in ultra miniature bearings, this series delivers unmatched value through precision and adaptability.
In summary, the MR138 series epitomizes ultra miniature bearings, combining cutting-edge engineering with broad utility to serve industries worldwide. With features like silent operation and UAV-specific designs, it empowers advancements in technology and healthcare, reinforcing its status as a premier solution for miniature precision needs. Invest in MR138 to elevate your projects with efficiency and global scalability.
MR138 Miniature bearings MR138 Extra-miniature bearings, high-speed low-noise bearings, silent bearings, unmanned aerial vehicle bearings, and bearings specifically designed for medical devices
