Space-saving solutions for confined applications
Thin section 16000 series bearings provide space-saving solutions where radial space is limited. These compact bearings offer excellent performance in tight spaces without compromising reliability, making them ideal for modern compact equipment designs.
Engineered for space-critical applications & compact equipment solutions
Compact solution for standard space-constrained applications. Reliable performance in robotic systems, aerospace components, and compact industrial equipment.
Premium thin section performance. Our bestselling grade for compact motors, precision equipment, and high-performance space-constrained applications.
Maximum performance in minimal space. Elite-grade bearings for high-speed compact applications and ultra-precision equipment.
RHD's V3 Ultra and V4 Max 16000 series bearings are specifically engineered for space-critical applications where every millimeter matters. Our advanced thin section design and precision manufacturing deliver exceptional performance in compact equipment from robotic systems to aerospace applications. With optimized geometries that maximize load capacity while minimizing radial space requirements, these bearings enable innovative equipment designs that were previously impossible. From medical devices and portable equipment to drone systems and compact automation, RHD thin section bearings provide the space-saving solutions that modern engineering demands while maintaining the reliability and durability that critical applications require.
Comprehensive engineering data for space-critical applications
| Specification | Range | Standard |
|---|---|---|
| Bore Diameter | 12mm - 100mm | ISO 15:2011 |
| Outer Diameter | 28mm - 150mm | ISO 15:2011 |
| Width | 7mm - 16mm | ISO 15:2011 |
| Load Capacity | 5.1kN - 43.8kN | ISO 281:2007 |
| Speed Range | 3,800 - 30,000 RPM | Oil lubrication |
| Temperature Range | -30°C to +120°C | Standard materials |
Complete range of 16000 series thin section bearings
Space-saving solutions across industries
Key Requirements: Space efficiency, weight reduction, reliable performance
Key Requirements: Weight optimization, battery efficiency, compact design
Key Requirements: Space efficiency, precision performance, high speed capability