VR Simulation
Industrial robotics training inside a fully simulated plant.
Operate, program, and troubleshoot industrial robots in a simulated plant environment — without production downtime, equipment risk, or access restrictions. The same operations. The same decisions. Without the consequences of getting it wrong on the real floor.
Through the lens
Stand on the plant floor and run the robots yourself.
This is the view your students get inside the headset: a working industrial cell where they operate, program, and troubleshoot the line with their own hands — no production at stake.
- Robot programming
- Line configuration
- Emergency stop
POV capture — Robotics & Industrial Plant simulation.
What makes it different
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No production downtime
Students practise on a full industrial cell without stopping a single real line. The plant keeps running; the learning happens in the simulation.
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No risk to equipment
Mistakes have no cost. Students operate, program, and diagnose faults without the chance of damaging real robots or hardware — so they can try, fail, and try again.
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Human-robot collaboration
Practise the collaboration scenarios that define modern plants — working alongside the robot, sharing space and tasks safely, and knowing when and how to stop the line.
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Unlimited repetition
Run every operation, fault, and emergency stop as many times as needed, in English or Spanish, with no lab bookings and no cost per extra attempt.
How a session runs
One loop, from setting up the cell to a safe stop.
Students run the full sequence as many times as they need, with no production downtime and no risk to real equipment.
- 01
Configure
Set up the cell
The student configures the production line and prepares the robot cell — laying out the work the same way they would on the real floor.
- 02
Operate
Operate and program
Hands-on operation and programming of the industrial robot, working through the routines that drive the line.
- 03
Diagnose
Find the fault
A fault is introduced. The student diagnoses it and carries out the corrective maintenance the situation calls for.
- 04
Secure
Safe stop
The student applies the safety protocol and triggers the emergency stop — practising the response that protects people and equipment.
What it covers
Industrial robot operation and programming
Hands-on operation and programming of industrial robots — running the routines and movements that drive a real production line.
Production line setup and configuration
Set up and configure the production line and robot cell, organising the work exactly as it is laid out on the real floor.
Fault diagnosis and corrective maintenance
Diagnose faults introduced into the line and carry out the corrective maintenance each situation calls for, step by step.
Safety protocols and emergency stops
Apply plant safety protocols and trigger emergency stops — practising the response that protects people and equipment under pressure.
Human-robot collaboration scenarios
Work alongside the robot in shared-space scenarios, coordinating tasks and movement safely in the way modern plants operate.
Who it's for
- Mechatronics and automation vocational programs
- Industrial engineering programs
- Manufacturing company technician training
- Robotics and automation CTE programs
GET STARTED
Bring your industrial training into the simulation era.
No production downtime, no equipment risk — just practice, feedback, and measurable outcomes. See it in a demo.
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