Moves work through the machine cycle
The system is planned around the point where a part arrives, enters the machine, leaves it, and moves to the next step.
Machine tending automation for repeat production.
Machine tending is reviewed around the machine, the part, how it is presented, access to the machine, guarding, cycle, and operator hand-off.
Machine tending systems
Choose the system page closest to your production equipment. Each page explains the workflow conditions that need to be reviewed before a cell can be scoped.
CNC machine tending
For repeat machining work where the part, presentation, machine access, cycle, and hand-off can be planned together.
Press tending
For repeat press work where the part presentation, access, operating cycle, and hand-off can be defined.
Injection-moulding tending
For repeat moulding work where the part, machine access, cycle, and downstream hand-off can be reviewed.
What a machine-tending system does
The system handles the repeat movement of a part around a production machine. Its scope is set by the machine, part presentation, access, cycle, and operator hand-off.
Uses a defined part presentation
The part needs a repeatable way to arrive at the cell and a practical way to be collected after the machine cycle.
Works with the operator workflow
Operator access, exceptions, checks, and the required hand-off are considered as part of the system review.
What needs to be defined before the system is scoped
Machine tending is reviewed around the machine, the part, how it is presented, access to the machine, guarding, cycle, and operator hand-off.
Machine and part
The review starts with the production machine, the part it handles, and the conditions that affect the repeat task.
Part presentation and access
The system needs a practical way for the part to arrive, reach the machine, and leave the work area.
Cycle and operator hand-off
The operating cycle, guarding, operator role, checks, and hand-off establish how the system will fit into production.
Is machine tending a fit?
The first review confirms whether the machine, part presentation, access, cycle, guarding, and operator hand-off can be planned as a repeatable workflow.
Repeat machine work
The same production task returns often enough to justify a dedicated system review.
Practical machine access
The part can be presented to the machine and collected again through a workable production area.
Clear operator hand-off
The operator role, quality checks, exceptions, and hand-off can be defined alongside the machine cycle.
When the process needs work first
Machine tending should be assessed after the production task is clear enough to define the part, presentation, access, cycle, and operator hand-off.
Changing or undefined work
If the part, sequence, or expected result changes continually, define the production task before selecting a robot system.
No workable part hand-off
If the part cannot yet be presented to or collected from the machine in a practical way, resolve that part of the workflow first.
Unclear operating conditions
If machine access, guarding, the cycle, or the operator role is unknown, those conditions need review before the system can be scoped.
FAQs
The first review should focus on the work, not on an assumed robot model.
What is machine tending?
Machine tending is the loading, unloading, and hand-off work around a production machine. A robot system can perform those repeat steps when the part presentation, machine interface, and workflow are practical.
Which machines can a robot tend?
The fit depends on the machine cycle, access, controls, part presentation, and how parts enter and leave the process. A review of the specific machine and workpiece establishes the scope.
What makes a machine-tending task suitable for automation?
Repeat parts, a predictable cycle, workable access, and a reliable way to present and collect the work. High variation or frequent manual decisions need to be understood first.
Does the machine need to be new?
No. What matters is whether the control can exchange the necessary signals and whether the working area can be reached safely. Older machines are often workable; it is established during the review.
Can one cell tend more than one machine?
Sometimes, where the machines sit close enough and the cycles allow the robot to serve both without either waiting. It depends on cycle length and layout.
What happens after I contact Uru Robotics?
We start with the machine and task you want to improve. From there we decide whether a closer review of the parts, access, material flow, and operating constraints is useful.
Related applications
These sit next to this category in most factories.
Planning guides
Use these resources to prepare a machine-tending system review around the actual production workflow.
Return on investment
Use your production figures to explore a simple planning estimate.
Contact Uru Robotics.
Contact us to discuss the production machine you want to automate.