A defined hand-off
The part movement is planned around the machine interface instead of relying on an operator to recreate the same movement every cycle.
Robot part handling at a production machine.
This Uru Robotics project shows a robot handling parts at a production machine. It is the kind of repeat hand-off where part presentation, machine access, and the route after each cycle need to work together as one system.
Watch the machine hand-off.
The clip shows the robot transferring parts at the machine within a defined work area. It is the repeat handling step that a machine-tending system is designed to coordinate with the rest of production.
The production problem.
A production machine can depend on an operator repeatedly moving a part into, through, or away from the machine. That hand-off only works well when the part arrives in a usable position, the machine can be reached safely, and the completed part has somewhere clear to go next.
How the system handles the task.
The robot becomes part of the machine interface, rather than a separate handling step beside it.
01
Present the part
The part needs to arrive in a consistent position for the robot to pick it up or receive it.
02
Complete the machine hand-off
The robot transfers the part through the accessible machine interface in the planned sequence.
03
Move the part on
The completed part is passed to the next collection, inspection, or production step.
What this can change around the machine.
When part presentation and machine access are repeatable, the robot can make the hand-off around the machine more defined and reduce manual part transfer within the repeat cycle. The value comes from fitting the handling task to the machine, not from adding a robot beside it.
A clearer route for parts
Part presentation, pickup, and the next handling step are considered together with the robot task.
A more usable operator role
The workflow can be designed around loading, exceptions, checks, and the hand-offs that still need people.
What needs to be checked first.
Machine tending is a system around a real machine and part. These details determine whether the repeat task can be automated in a practical way.
Machine and access
The machine interface, available access, controls, guarding, and surrounding work area need to be understood together.
Part presentation
The robot needs a practical way to receive, pick, place, and hand parts on through the repeat cycle.
Cycle and operator hand-off
The production sequence, exceptions, and operator role shape how the system fits into normal operation.
Questions about robot part handling.
These are the practical questions behind a machine-tending or production-machine handling review.
What does a machine-tending system need to account for?
Machine tending is reviewed around the machine, the part, how it is presented, access to the machine, guarding, cycle, and operator hand-off.
When is robot part handling a good fit?
Robot part handling is worth reviewing when the part can be presented consistently, the machine interface is accessible, and there is a practical route for parts into and out of the repeat cycle.
Can one robot handle different parts?
Part handling is specified for the machine, part presentation, access, controls, cycle, and operator hand-off. The way different parts are handled is confirmed for the specific application.
Related machine-tending resources.
Explore the application pages that help plan robot part handling around a real production machine.
Machine tending automation
See how robot loading, unloading, and hand-off are reviewed around production machines.
Material handling systems
Explore robot tasks for moving, presenting, picking, and transferring parts through production.
Machine tending checklist
Review the machine, part, access, and workflow questions that shape a machine-tending system.
Contact Uru Robotics.
Talk through the machine hand-off or part-handling task in your factory.