K160 Hobbing Automation: Keep Rotor-Shaft and Helical-Gear Cycles Separate

The historical account pairs K160 hobbing with rapid handling.

Technical application analysis. Rotor shafts and helical gears; K160 gear hobbing equipment; rapid loading/unloading device.

Reference configuration and timing

The historical account pairs K160 hobbing with rapid handling.
It cites 16 s for a rotor-shaft example and 30 s for a helical-gear example.
Neither example separately establishes the entire in-machine exchange time.

Engineering evaluation

Collect module, tooth count, face width, material condition and cutting strategy before selecting handling. Shaft and disc-gear contacts differ, as can locating datums and turnover needs.

Compare like geometry, tool conditions and quality requirements. Subtracting an unknown cutting time from 16 s cannot reveal loader time, and a faster different machine does not establish the result of a proposed cell.

Selection conditions and evidence limits

The source is third-party historical reporting without New Partner delivery or independent acceptance. The figures remain attached to their respective workpieces.

Application questions

Can 16 s be quoted for the helical gear?

No. It belongs to the rotor-shaft example.

What is needed for a loading-only comparison?

A documented exchange boundary and separate measured actions for the same part and process.

Sources and evidence

Reviewed 4 November 2026. Source statements and engineering evaluation are identified separately. The references do not establish a New Partner delivery or customer acceptance result.