Rotary inspection axis
Resolve radial, axial and angular support together with the required motion quality.
Inspection and positioning subsystems
Define the gas-bearing state inside the complete precision-motion subsystem.
AURA connects support geometry and operating state to stiffness, flow, thermal sensitivity, motion accuracy requirements and the machine configuration that carries the result.
Typical decisions
Use the bearing model to close a subsystem question.
Precision positioning stage
Connect load, stiffness, flow and thermal state to the stage architecture and error budget.
Custom metrology subsystem
Select a support concept before detailed mechanical, control and metrology integration.
What to send
Describe the physical and precision state.
- Axis type and motion function
- Loads, speed and duty cycle
- Positioning or error-motion requirement
- Available envelope and interfaces
- Gas supply and thermal environment
- Contamination and process constraints
What comes back
Receive a support decision that fits the subsystem.
- Candidate bearing architecture and geometry
- Load, stiffness, flow and operating state
- Configuration impact on the precision-motion assembly
- Thermal and tolerance questions for detailed design
- Next CFD, metrology or prototype action
Connected engineering chain
Support physics, machine configuration and precision evidence stay together.
01
Motion requirement
Accuracy, load, speed and process environment.
02
Support state
Geometry, clearance, pressure, stiffness and flow.
03
Subsystem configuration
Interfaces, preload, thermal state and structural path.
04
Verification plan
Metrology, CFD, tolerance and prototype questions.
Relevant proof routes
Inspect the calculation product and the engineering handoff.
AURA product workflow
See how a defined bearing state is created and carried into the machine model.
Open AURA →CFD verification package
See the next step after a candidate has been selected.
Open CFD sample →Data handling
Use non-confidential inputs first, then move detailed files under a controlled transfer.
Review data handling →Bring one precision-motion subsystem.
Start with the load, motion requirement, envelope and gas state.