Discover
Define product, moving payload, rate, route, environment, formats, people and surrounding equipment.
Complete robot cell integration
One route from process problem to production handover.
Oxford Industrial Automation coordinates the robot, tooling, product flow, sensing, controls, machine interfaces and safeguarding as one project.
Delivery methodClear decisions.
Clear decisions.
Controlled project stages.
The exact route is scaled to the application, but each project needs defined requirements, interfaces, acceptance criteria and ownership.
Application brief · sample parts · process video · site information
Concept
Select the architecture, develop the cell layout and agree the control, safety and project boundaries.
Engineer
Complete mechanical, electrical, controls, tooling, interface and safety design around the approved concept.
Build & prove
Assemble, program and test the cell, using representative product trials and agreed acceptance criteria.
Install & hand over
Deploy, commission and train so production receives a controlled route into operation and support.
Integrated workstreamsThe cell works only when
The cell works only when
the interfaces work.
We connect the disciplines that turn a robot into production equipment.
Robot & motion
Payload, reach, path, cycle, mounting and environmental suitability.
End-of-arm tooling
Grip method, confirmation, utilities, failure state and maintainability.
Product presentation
Conveyors, trays, fixtures, stillages, buffers, sensors and vision.
Controls & data
PLC, HMI, recipes, machine handshakes, diagnostics and production signals.
Safety
Risk assessment, safeguarding, access, safety functions and operating modes.
Handover
Testing, acceptance, installation, commissioning, training and documentation.
Acceptance planning
Define success before the build.
Useful acceptance criteria reflect the agreed product range, incoming condition, output, quality checks, changeovers, interfaces and fault assumptions—not an isolated robot speed.
A stronger project brief includes:
- Representative products and known variation
- Required output and operating pattern
- Pickup and destination tolerances
- Interface responsibilities and signals
- Test conditions and pass criteria
- Operator, maintenance and recovery needs
Start with the application
Bring us the process—not a robot model number.
Send the product, weight, pickup and placement details, target output and a photo or video of the current process. We will define the next technical step.