Robot and end-of-arm tooling
The robot and the gripper, process tool, or handling attachment selected for the part and the task.
Collaborative robot systems.
Collaborative robot systems are selected for defined factory tasks where people and automation share a planned workflow. The right system depends on the parts, tools, process, workspace, material flow, and the safety review required for the task.
Supported applications
A collaborative robot is part of a wider system. Start with the production task, then review the relevant application page and its fit criteria.
Machine tending
Loading, unloading, and hand-off work around defined production machines.
Assembly and process work
Assembly, dispensing, fastening, and finishing around a repeat product.
Inspection and quality
Part presentation, defined checks, and result handling within production flow.
Material handling
Part transfer, presentation, picking, and hand-off between production steps.
Palletizing and packaging
Repeat end-of-line handling, pallet patterns, and operator hand-off.
Robotic welding
Repeat fabricated parts, planned weld paths, fixtures, and process controls.
How the system is selected
The selection starts with the work, not with a robot model. Uru Robotics reviews these task variables to define whether a collaborative system is practical and what the system needs to include.
- Task and parts
- The exact action, part condition, orientation, and any variation the system needs to handle.
- Tooling and process
- The gripper, process tool, fixture, sensors, and equipment interfaces required to complete the task.
- Workspace and material flow
- Where parts arrive, where people work, how the robot reaches the task, and where finished work goes next.
- Safety and operator workflow
- The planned operating conditions, risk review, access points, and the steps people take to load, check, and recover the system.
- Changeover and exceptions
- How the system handles part families, programme changes, replenishment, and work that needs a person to intervene.
What the system includes
A collaborative robot is only one component. The full system scope is set from the process and the way the work moves through the cell.
Fixtures, presentation, and controls
The fixtures, trays, feeders, sensors, and controls that give the robot a defined job and connect it to the surrounding process.
Safety and operator hand-off
The operating approach, access, safeguarding, and practical steps for loading, checking, and responding to an exception.
Fit check
A system is worth reviewing when the production task is clear enough to define the part flow, tooling, process conditions, and operator hand-off.
Clear repeat task
The task has a known start and finish, and it occurs often enough to justify a dedicated system review.
Practical part presentation
Parts can be located, picked, held, or presented in a way that supports a defined process.
Defined operator role
The operating workflow identifies what people load, check, replenish, and handle when the process needs attention.
When to address the process first
Some tasks need more process work before a robot system can be scoped effectively.
Unstable part or process
If the incoming work, sequence, or outcome changes continually, the process may need stabilising before automation is assessed.
Undefined hand-off
If there is no clear way to present parts, collect finished work, or handle exceptions, material flow needs attention first.
Unresolved operating conditions
If workspace, access, or the planned safety approach is still unclear, these conditions need review before selecting a system.
FAQs
The questions below help define whether a collaborative robot system is worth a closer review.
What is a collaborative robot system?
A collaborative robot system combines a robot with the tooling, part presentation, controls, safety approach, and operator workflow required for one defined task. The system is selected from the task and operating conditions, not from a robot model alone.
How do we decide between a collaborative and industrial robot system?
The decision starts with the part, tool, required motion, workspace, production flow, and the planned safety approach. A task review establishes which system type is practical for the application.
Can a collaborative robot work with an existing machine?
A review of the machine access, part presentation, controls interface, operator workflow, and safety conditions establishes whether an existing machine can be integrated into a system.
Which tasks can use a collaborative robot system?
The relevant tasks are defined production activities such as machine tending, assembly, dispensing, inspection, part handling, or packing. Each task still needs its own review of parts, tooling, layout, and operating conditions.
What happens after I contact Uru Robotics?
The first conversation focuses on the task you want to improve. From there, Uru Robotics can decide whether a closer review of the process and system options is useful.
Planning guide
Compare collaborative and industrial robot systems through the complete task, workspace, and operating workflow.
Return on investment
Use your production figures to explore a simple planning estimate.
Contact Uru Robotics.
Find out whether a collaborative robot system is right for your factory.