From factory test to stable production handover.
A robot cell is not complete when the equipment arrives. Installation, interface testing, production proving, training and documentation turn the engineered system into a maintainable production asset.
Factory testing reduces avoidable site disruption.
Where practical, the cell is assembled and tested before delivery. Representative products and agreed interface simulations allow sequences, alarms, guarding and changeovers to be reviewed before the equipment reaches site.
A clear site-readiness plan confirms access, foundations, power, air, networks, upstream and downstream equipment, lifting arrangements and responsibilities.
- Factory acceptance test plan
- Representative product trials
- Interface simulation
- Site-readiness checklist
- Delivery and installation method
- Open-issue and action register
Commission the complete process, not only the robot motion.
Site work verifies utilities, safety, machine handshakes and product flow in the real environment. Performance is tuned against the agreed products, rates and acceptance criteria.
The commissioning plan should allow for production access, customer dependencies and a controlled transition from testing into normal operation.
- Mechanical and electrical installation checks
- Safety verification and validation
- Network and machine-interface testing
- Product and changeover proving
- Cycle and fault-recovery optimisation
- Acceptance-test completion
Give operators and maintenance teams the information they need.
Training is tailored to the roles that will operate, change over and maintain the cell. It should cover normal use, safe recovery, routine checks, consumables and the escalation route for faults outside the operator’s scope.
The handover package is defined by the project and can include instructions, drawings, declarations, test records, software backups and recommended spare or wear parts.
- Operator training
- Engineering and maintenance familiarisation
- Safe fault recovery
- Cleaning and routine inspection
- Document and software handover
- Agreed support and escalation route
Frequently asked questions
These answers provide an initial planning framework. Final requirements are confirmed against the product, process, site and applicable safety obligations.
How long does robot commissioning take?
It depends on cell complexity, site readiness, interface availability, product variation and acceptance testing. The project programme should identify dependencies before delivery.
What should be ready before installation?
Typical requirements include clear access, foundations or floor condition, electrical and pneumatic services, network points, production equipment, approved layouts, representative products and responsible site contacts.
Who should attend robot training?
Operators, line leaders, maintenance personnel and engineering staff may need different levels of training. The required groups should be agreed during project planning.
Is production support available after handover?
Support arrangements can be defined with the project, including remote assistance, site attendance, spare parts, planned checks or additional training where appropriate.
Continue planning your automation project
Use these pages to compare approaches, define the application and prepare the information needed for a useful feasibility review.
How to choose an industrial robot
A practical selection framework covering payload, work envelope, cycle, safety and interfaces.
Read more →Robot automation cost
Understand whole-cell cost drivers before comparing project quotations.
Read more →Discuss your application
Send product, process and output information for an initial engineering review.
Read more →Discuss the production task with an automation engineer.
Send the product details, required output, available space and a photo or short video of the current process. We will review the application and identify the next engineering step.