Robotics integration
Integrate the robot, tooling and surrounding machines into a robotic cell with a defined production sequence.
Discuss your application
Robot integration starts with the operation: what is handled, how it arrives, what happens next and how the cell fits the line. We bring the robot, tooling, sensing, controls and surrounding equipment into one defined production sequence.
Part presentation, gripping, product variation, working space and signal exchange influence the concept. Cycle requirements must describe the complete application, including loading, processing and transfer, rather than a robot movement in isolation.
The project defines the cell boundaries, interfaces, safety responsibilities and acceptance conditions. Tooling, control integration, testing and handover are included according to the agreed scope.
Your technology. Your choice.
The process comes first.
We work with different manufacturers and platforms according to customer preferences. We assess compatibility with existing equipment, maintenance requirements and technical scope before proposing the solution.
Discuss your preferred platformA clear technical scope
What we define together
The activities and documentation are defined by the requirements and agreement for the project.
- Application requirements and cell concept
- Tooling and peripheral-interface scope
- Robot-to-line signal and sequence description
- Agreed cycle and functional-test conditions
- Documentation, training and handover scope
Practical questions
Should the robot model be selected first?
Start with the application. Payload, reach, tooling, product variation, environment and cycle requirements guide selection; the complete cell must also fit the available space.
Can a robot be integrated into an existing line?
It can be assessed. Access, interfaces, product flow, existing documentation and the required modifications determine the feasible scope.
Does the robot’s catalogue speed define the production rate?
No. Application throughput also depends on the product, tooling, loading, machine readiness and downstream flow. A relevant cycle assessment includes the entire agreed sequence.
What determines the scope and cost of robot-cell integration?
The operation, tooling, product variants, cycle requirements, existing equipment and necessary modifications all affect the scope. Share a process description, representative parts and the available layout so the technical questions can be identified before a quotation is prepared.
The next step
Bring us your production challenge.
- Your requirement
- Technical scope
- Delivery plan
What would you like to improve? Share the task, existing equipment and preferred technologies. A complete specification can come later.
Tell us about your projectWhat should I include?
- The process and the change you want to achieve.
- Equipment to retain and any preferred manufacturers.
- Constraints, project location and intended timing.