Process integration
Connect application equipment, fixtures and motion around the process requirement.
Automation & Robotic Integration
Automation & Robotic Integration
Simplinity designs and integrates automation around defined production tasks, including dispensing and related application processes. Scope is built around the part, process, cycle, safety and quality requirements.
Simplinity capability
Integrate motion, dispensing and controls around the process.
Configured automation and robotic integration around industrial application processes.
Robotic application
Integrate robotic motion where repeatability, reach or cycle time requires automation.
Production handoff
Support installation, training and after-sales coordination.
Application context
See the technology in the process.
These examples show how Automation & Robotic Integration connects to a real process. Final selection depends on the specific material, operating environment, production target and application method.
Robotic application
Robot motion is only one layer of a successful application cell.
Process tooling
End-of-arm tooling, material delivery and dispense geometry must align.
Controls & safety
Sequence, interlocks, guarding and production feedback complete the cell.
Process definition
Automation starts with the production objective.
Robot selection is secondary to the production task. Part handling, process tooling, safety, cycle and line interfaces define the automation concept.
Process
What operation must be automated and why.
Part handling
Component presentation, fixturing, variation and access.
Motion & tooling
Robot/axis selection, end-of-arm tooling and process equipment.
Controls
PLC/HMI, safety, interlocks and production-line interface.
Discuss the process
Have a process or production requirement?
Share the operation to automate, part presentation, cycle target, process equipment, safety and line-integration requirements.
Hours
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