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ProductOverview | Merging Precision Mechanics with Smart Sensing The Integrated Encoder Bearing combines a high-precision bearing and rotary encoder into a single, compact unit. Designed for advanced motion control applications, this all-in-one solution enables accurate position and speed detection without increasing system size or complexity. With axial heights as low as 15mm, it's ideal for compact robotics, AGVs, servo systems, and any application that requires intelligent motion feedback in tight spaces. By integrating the encoder directly into the bearing structure, installation becomes faster, alignment more precise, and long-term reliability greatly enhanced. |
Key Advantages
High Assembly Precision Factory-aligned encoder and bearing ensure accurate signal output and minimal installation error, supporting high-resolution motion control. Compact Size With an axial height starting at just 15mm, this integrated design is perfect for space-constrained systems like robotic joints or automated tools. |  |
 | Integrated Design Combines mechanical support and signal feedback in one unit—simplifying wiring, reducing part count, and improving product consistency. Faster Installation, Lower Labor Cost No need to separately align encoders and bearings—this one-step solution reduces engineering and assembly time significantly. |
Stable Performance, Reduced Error Sources By eliminating tolerance stacks and misalignment between encoder and bearing, it delivers more stable, reliable feedback over time. Ideal for Smart, Compact Machines From factory automation to wearable robotics, this bearing accelerates innovation where both intelligence and space-saving matter. |  |
Frequently AskedQuestions | Q: What’s the difference between this and a traditional encoder + bearing setup? A: Traditional setups require manual alignment between encoder and shaft/bearing, which can cause accuracy loss and increase labor costs. Our integrated design ensures precision alignment out of the box. Q: Can this be used in high-speed applications? A: Yes. The internal structure is engineered for high rotation speeds while maintaining accurate feedback and mechanical stability. Q: What industries benefit from this solution? A: Robotics, AGVs, automated machinery, servo systems, and smart medical devices—all applications requiring compact, high-precision motion control. Q: How does it reduce cost? A: By eliminating separate encoder installation and alignment steps, it reduces labor, wiring, and potential error costs—while enhancing system reliability. |
ProductOverview | Merging Precision Mechanics with Smart Sensing The Integrated Encoder Bearing combines a high-precision bearing and rotary encoder into a single, compact unit. Designed for advanced motion control applications, this all-in-one solution enables accurate position and speed detection without increasing system size or complexity. With axial heights as low as 15mm, it's ideal for compact robotics, AGVs, servo systems, and any application that requires intelligent motion feedback in tight spaces. By integrating the encoder directly into the bearing structure, installation becomes faster, alignment more precise, and long-term reliability greatly enhanced. |
Key Advantages
High Assembly Precision Factory-aligned encoder and bearing ensure accurate signal output and minimal installation error, supporting high-resolution motion control. Compact Size With an axial height starting at just 15mm, this integrated design is perfect for space-constrained systems like robotic joints or automated tools. | |
| Integrated Design Combines mechanical support and signal feedback in one unit—simplifying wiring, reducing part count, and improving product consistency. Faster Installation, Lower Labor Cost No need to separately align encoders and bearings—this one-step solution reduces engineering and assembly time significantly. |
Stable Performance, Reduced Error Sources By eliminating tolerance stacks and misalignment between encoder and bearing, it delivers more stable, reliable feedback over time. Ideal for Smart, Compact Machines From factory automation to wearable robotics, this bearing accelerates innovation where both intelligence and space-saving matter. | |
Frequently AskedQuestions | Q: What’s the difference between this and a traditional encoder + bearing setup? A: Traditional setups require manual alignment between encoder and shaft/bearing, which can cause accuracy loss and increase labor costs. Our integrated design ensures precision alignment out of the box. Q: Can this be used in high-speed applications? A: Yes. The internal structure is engineered for high rotation speeds while maintaining accurate feedback and mechanical stability. Q: What industries benefit from this solution? A: Robotics, AGVs, automated machinery, servo systems, and smart medical devices—all applications requiring compact, high-precision motion control. Q: How does it reduce cost? A: By eliminating separate encoder installation and alignment steps, it reduces labor, wiring, and potential error costs—while enhancing system reliability. |
