Seven KAPP NILES Gear Grinders: Pick-Up Handling and Line Balance

The described configuration contains three KX 100 DYNAMIC, two KX 260 TWIN and two KX 160 TWIN machines: seven in total.

Technical application analysis. Transmission gears and shafts; KX 100 DYNAMIC, KX 260 TWIN and KX 160 TWIN grinders; integrated pick-up handling across grinding operations.

Reference configuration and timing

The described configuration contains three KX 100 DYNAMIC, two KX 260 TWIN and two KX 160 TWIN machines: seven in total.
The first two groups handle gears; the KX 160 TWIN group handles shafts.
The reported 34 s belongs to the production line, not an isolated pick-up movement.

Engineering evaluation

Grinding automation must preserve the locating surfaces used to control gear geometry. For hollow shafts, assess gripping deformation, support and vibration alongside the transfer path. A pick-up axis remains dependent on correct blank presentation.

Balance each grinding operation using its own stock allowance and process time. Dividing total production evenly across seven dissimilar machines conceals the bottleneck and different component routes.

Selection conditions and evidence limits

Transmission units and individual gears are different output units. The source does not establish a New Partner installation, independently verified production or current machine availability.

Application questions

Why does the machine total matter?

Keeping only the two-machine representative row would omit five machines and misrepresent the line.

Does pick-up handling eliminate a feeding system?

No. Parts still need an oriented, available position from which the machine can collect them.

Sources and evidence

Source record 52 — mw.jgvogel.cn (Chinese reference)

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.