Assess the application
Reach, payload, cycle time, product orientation and available space inform the concept. Product samples and an understanding of material variation help establish the requirements for gripping and release.
A successful robotic application brings together the robot, end-of-arm tooling, product presentation and surrounding equipment. We support the definition and integration of pick-and-place applications with a practical focus on repeatability and serviceability.
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Reach, payload, cycle time, product orientation and available space inform the concept. Product samples and an understanding of material variation help establish the requirements for gripping and release.
Infeed control, sensors, fixtures, conveyors and machine communication are part of the robotic cell. We coordinate the interfaces and identify the tooling, controls and specialist resources needed for implementation.
Trials consider successful handling as well as missed picks, inconsistent presentation and restart after a stop. Safeguarding responsibilities and required assessments are defined with the appropriate project stakeholders.
The final deliverables are agreed in the project scope. Depending on the assignment, they can include:
These details help us understand the application and plan the next conversation.
Potentially. The robot model, controller, software access, tooling and proposed application need to be reviewed before feasibility can be confirmed.
Performance is confirmed through an agreed engineering assessment and validation process. A description alone does not establish a guaranteed production rate.
New equipment, an existing line or a production problem. Tell us what you need to accomplish.