FAG’s Axial-Super Precision Bearing (ASP bearing) is a high-precision bearing that is particularly suitable for applications that require high precision and high-speed performance.
Features and Applications
FAG’s ASP bearings have the following features: High Precision: These bearings can provide extremely high geometric and rotational accuracy, ensuring stability and accuracy at high speeds. High-Speed Performance: ASP bearings are designed for high-speed rotation, which can reduce friction and heat generation, and improve overall performance and efficiency. High Rigidity and Anti-Seismic Performance: The bearings use high-quality materials and advanced manufacturing processes to ensure stable performance under high loads and are suitable for various dynamic loads and vibration environments. FAG’s ASP bearings have significant advantages in performance: High Precision: The precise control of contact angles and ball sizes ensures extremely high geometric and rotational accuracy. High-Speed Performance: The optimized rolling element and cage structure reduce friction and heat generation, and improve the performance of the bearing at high speeds. High rigidity and shock resistance: The use of high-quality materials and advanced manufacturing processes ensures that the bearings can maintain stable performance under high load and vibration environments.
As the pinnacle of Schaeffler Group’s thrust bearing technology, FAG Axial-Super Precision Bearings redefine load handling in applications demanding sub-micron axial runout, extreme rigidity, and thermal stability. Designed to exceed ABEC 9 (ISO P2) tolerances, these bearings enable breakthrough precision in wafer steppers, optical grinding machines, and aerospace guidance systems where axial error margins measure in nanometers.
Product Series & Technical Specifications
For ultra-pure axial loads with minimal cross-talk
Contact Angle: 60° optimized for rigidity
Preload Classes: Extra Light (XL), Super Light (SL)
Dynamic Load Capacity: 85 kN (BSA 7014-C-T-P4S)
Speed Limit: dn 1.5 million (oil-jet lubrication)
Bidirectional axial control in compact footprint
Axial Stiffness: 400–800 N/μm
Integrated Alignment: Spherical seats compensate ±0.1° misalignment
Applications: Metrology stages, telescope focus drives
*Handles combined axial-radial loads (15–25° contact angle)*
Rigidity: 500 N/μm axial + 200 N/μm radial
Precision Class: P2S (axial runout ≤0.4 μm)
Conclusion: The Final Word in Axial Accuracy
FAG Axial-Super Precision Bearings transform theoretical limits into industrial reality, enabling:
Zero-defect semiconductor production at 2nm scales
Sub-arcsecond positioning in space telescopes
Nanometer surface finishes in optical manufacturing
Specify FAG Axial-Super Precision Bearings—Where German Engineering Meets Atomic-Scale Perfection.
Product | d | D | B | Mass |
---|---|---|---|---|
240mm |
360mm |
144mm |
46.2 kg |
|
15mm |
47mm |
15mm |
0.14 kg |
|
17mm |
47mm |
15mm |
0.13 kg |
|
160mm |
240mm |
96mm |
12.905 kg |
|
170mm |
260mm |
108mm |
17.776 kg |
|
180mm |
280mm |
120mm |
23.549 kg |
|
190mm |
290mm |
120mm |
24.814 kg |
|
200mm |
310mm |
132mm |
31.665 kg |
|
220mm |
340mm |
144mm |
36.9 kg |
|
85mm |
130mm |
54mm |
2.239 kg |
|
90mm |
140mm |
60mm |
2.914 kg |
|
95mm |
145mm |
60mm |
3.036 kg |
|
100mm |
150mm |
60mm |
3.165 kg |
|
105mm |
160mm |
66mm |
4.092 kg |
|
110mm |
170mm |
72mm |
5.441 kg |
|
55mm |
120mm |
20mm |
1.18 kg |
|
120mm |
180mm |
72mm |
5.81 kg |
|
55mm |
120mm |
20mm |
1.18 kg |
|
130mm |
200mm |
84mm |
8.28 kg |
|
60mm |
95mm |
44mm |
1.011 kg |