Engineering solution
Air-bearing spindle design that connects the support to the machine.
Move from an isolated bearing coefficient to a spindle architecture with a visible load path, speed target and rotor consequence.
The engineering question
Which support architecture can carry the required machine loads and still produce a credible spindle and rotor state?
Inputs
- Machine and process purpose
- Tool or workpiece interface
- Operating and maximum speed
- Radial, axial and moment loads
- Available spindle envelope
- Known motor, shaft and cooling constraints
Outputs
- Support architecture and reactions
- Preliminary spindle configuration
- Bearing-state calculation or synthesis
- Critical-speed and response screen
- Detailed-design and validation handoff
Decision boundary
The result is a preliminary architecture, not a production spindle drawing or certified machine specification. Detailed structural, thermal, electromagnetic, manufacturing and test work remains separate.
Typical commercial route
A single architecture question can start with the Feasibility Screen. A full drive–shaft–tool configuration generally requires an AURA Engineering Pilot.
Bring one defined requirement.
Start with a non-confidential fit check.