Cell layout that supports production
Guard lines, gates and transfer points are planned around operator routes, material flow, floor space and maintenance access.
Robotics & automation
Robot Cell Guarding
Machine-specific perimeter guarding and controlled access for industrial robots, palletisers and automated cells—from survey and layout review to installation and handover.
- Design
- Machine-specific
- Delivery
- Survey to handover
- Coverage
- Great Britain
BMG / SOLDirect answer
What is robot cell guarding?
Robot cell guarding is a physical and functional safeguarding system that separates people from hazardous robot movement. A project can combine perimeter panels, controlled gates, product-transfer openings, interlocks, guard locking and presence sensing according to the risk assessment and access tasks.
The final safeguard must follow the machine-specific risk assessment, intended use and agreed modification scope.
Project outcomes
Guarding that supports safe access and productive use.
Physical construction, access and safety interfaces are developed together so the guard does not create avoidable operating or maintenance problems.
Controlled access strategy
Fixed panels, monitored doors, guard locking and reset locations are selected around foreseeable entry and stopping behaviour.
Mechanical and safety interfaces
Frames, infill, doors, interlocks and protective-device interfaces are developed as one coordinated guarding scope.
Design brief
Five decisions to resolve before fabrication.
These questions turn a broad guarding request into a machine-specific scope that can be reviewed, manufactured and installed.
- 01Define the robot envelope, tooling, payload and foreseeable ejection zones
- 02Map loading, teaching, recovery, cleaning and maintenance access
- 03Set perimeter height, openings and distance from the hazard
- 04Resolve gate monitoring, guard locking, reset and restart prevention
- 05Plan product transfer without creating a person-access route
Typical applications
Built around the equipment and task.
Frequently asked
Robot Cell Guarding questions.
Concise project guidance for specifiers, engineers and dutyholders. The actual machine review determines the final approach.
Ask the engineering teamHow close can robot-cell guarding be to the robot?+
The distance depends on the robot and tooling envelope, possible ejection, opening size, guard height, stopping performance and the applicable safety-distance assessment. It should be determined for the actual cell rather than taken from a generic layout.
Do robot-cell access gates need interlocks?+
Where opening a gate could expose a person to hazardous movement, monitored interlocking is commonly required. Guard locking may also be needed when the hazard cannot stop before access is possible.
Can product enter and leave through the guarding?+
Yes, but transfer openings must be assessed so they do not create an access route to the hazard. The solution may use restricted apertures, tunnels, distance, flaps, muting or other project-specific measures.
Can you retrofit guarding to an existing robot cell?+
Yes. Retrofit work begins with the actual layout, operating modes, access tasks, stopping behaviour and control interfaces before the guard line and modification scope are agreed.
Start with the machine and the task
Need robot cell guarding designed around your site?
Send photographs, dimensions or a short description. We will help define the survey, design and installation scope.