Wheel-Hub Bearing Turning: OP10/OP20 Transfer with an Integrated Robot

The source describes a symmetric modular OP10/OP20 arrangement, integrated articulated robot and automatic storage.

Technical application analysis. Wheel-hub bearing components; C200HS twin-spindle turning concept; integrated articulated robot and automatic storage.

Reference configuration and timing

The source describes a symmetric modular OP10/OP20 arrangement, integrated articulated robot and automatic storage.
C013 and C021 refer to this architecture. The discussed 6–8 s target and the spreadsheet’s 7 s are not established acceptance results.

Engineering evaluation

The key interface is the datum transfer after the first operation. Design gripper contact, reversal and second-operation locating together so an unstable blank surface does not carry error into the finished relationship.

Storage must distinguish blanks, parts awaiting OP20 and completed components. Similar external shapes do not make different hub-bearing components compatible with one nest or one program.

Selection conditions and evidence limits

The available account is a technical media description. Confirm product details with the machine builder; there is no verified customer installation or New Partner cycle commitment.

Application questions

Why is spindle-to-spindle transfer critical for bearing components?

It connects the datums of the two operations and can affect the relationship between finished functional surfaces.

Can all hub-family parts use one storage layout?

Only after checking locating surfaces, gripping access, orientation and program identification for every part variant.

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.