One Robot and Three Machining Centers: Cart-Tray Scheduling

The source title describes one robot serving three machining centers with multi-tray cart storage.

Technical application analysis. Tray-fed machined components; three machining centers in the source title; articulated robot with multi-tray carts.

Reference configuration and timing

The source title describes one robot serving three machining centers with multi-tray cart storage.
The spreadsheet instead associates R310-M, two machines and 10 s; those fields are not accepted as verified specifications of the three-machine layout.

Engineering evaluation

Lay out actual machine doors, cart docking locations and recovery space, then test every service route. Tray capacity addresses material availability but cannot remove the conflict when several machines finish together.

A changed cart needs positive docking and a confirmed tray identity before the robot reuses coordinates. Define layer height, gripper entry clearance, empty-pocket handling and the return location for completed parts.

Selection conditions and evidence limits

Only the supported layout concept is used. Model, diameter limits and a 10 s guarantee remain excluded, and the source is not evidence of New Partner delivery.

Application questions

Can storage capacity establish robot service capacity?

No. The robot’s occupied time and the machines’ completion pattern need a separate schedule.

What should be checked after cart replacement?

Docking, tray identity, origin position, part recipe and available pockets.

Sources and evidence

Source record 64 — www.szlihuam.com (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.