Precision and ultra-precision spindles
Connect gas-bearing geometry, stiffness and flow to the complete spindle layout, operating speed and rotor response.
Open precision spindle path →Application-specific engineering routes
Choose the application path that matches the machine.
Each path starts from a machine decision, identifies the state that must be defined and connects the result to the next engineering action.
Inspection and positioning subsystems
Define the bearing state alongside motion accuracy, thermal behaviour, contamination sensitivity and the subsystem envelope.
Open semiconductor path →Turboexpander and special-gas rotors
Carry temperature- and pressure-dependent support states into the rotor model before detailed hardware iteration.
Open cryogenic rotor path →Compressor and special-gas rotor systems
Connect oil-free support selection, gas state, flow and rotor dynamics to one defined system decision.
Open compressor path →What every route returns
One consistent engineering package across different machine classes.
Geometry, clearance, supply, operating point and configuration.
Load, stiffness, flow and the coefficients required by the machine model.
Critical-speed, response or configuration consequence for the selected state.
Proceed, refine, compare, verify or prepare the next hardware or test stage.
Start with six inputs
Enough information for a useful first conversation.
- Machine or subsystem type
- Operating and maximum RPM
- Radial and axial loads
- Available geometry envelope
- Gas type and supply state
- The decision that must be made
Bring the machine state—not a generic software request.
The route is selected from the engineering decision and the maturity of the existing design.