Oxford Industrial Automation
Automation engineered around production.
We focus on complete robot applications: understanding the task, selecting the right architecture and delivering the tooling, controls, safeguarding and integration needed to put the cell into service.
Application first
Start with what the production process must achieve.
Product, rate, site and operator requirements determine the cell architecture. Robot selection follows from those requirements rather than leading them.
The Oxford Industrial Automation approach treats tooling, sensing, safety, machine signals, product flow and commissioning as part of one connected system. This gives manufacturers one technical route through the interfaces that determine whether an automation project works in production.
Robot platforms within the wider scope
- Six-axis industrial robots for flexible paths, handling and machine access
- SCARA robots for rapid planar movement, assembly and placement
- Delta and parallel robots for high-speed vision-guided picking
- Palletising robots for repetitive end-of-line layer building
One connected project
Own the complete interface.
Each discipline is developed around the same products, cycle, layout, operator needs and acceptance criteria.
Application engineering
Translate the task and production targets into a workable cell concept.
Mechanical integration
Robot base, gripper, fixtures, product handling and equipment layout.
Controls integration
Robot, PLC, HMI, devices, machine handshakes and diagnostics.
Vision and sensing
Locate, inspect, identify, track and confirm the production sequence.
Safeguarding
Engineer access, safety functions and recovery around the risk assessment.
Deployment
Build, test, install, commission, train and agree support planning.