Map every operating mode
Consider automatic production, teach, setting, maintenance, recovery and manual loading.
Machine guarding solution
Robot Cell Guarding
Integrated guarding for industrial robots, cobots and automated cells, including fences, access control and presence sensing.
Direct answerWhat it is and where it fits
Robot cell guarding separates people from hazardous robot movement and associated process risks. The correct architecture can combine perimeter fencing, interlocked or guard-locked gates, light curtains, safety laser scanners, safe stopping functions and controlled restart logic.
Where it fits
Typical applications
A project-specific assessment confirms the final design, but robot cell guarding is commonly used for:
- 01Palletising and depalletising robots
- 02Machine tending cells
- 03Welding and fabrication robots
- 04Pick-and-place automation
- 05Packaging and case handling cells
- 06Collaborative robot applications requiring additional safeguards
Configuration
Designed around the environment and access task.
The physical form is selected after the hazard, safe distance, containment, hygiene and maintenance needs are understood.
Mesh perimeter systems
Solid or screened process panels
Guard-locked access doors
Light-curtain loading openings
Safety scanner zones
Reset and request-to-enter stations
Engineering method
How we develop the solution.
Assess robot and process hazards
Include the robot envelope, tooling, payload, ejection, heat, welding, sharp parts and adjacent machinery.
Select the safeguarding concept
Combine separation, safe distance, stopping functions, monitored access and safe restart controls.
Validate the integrated cell
Check safety functions, stopping behaviour, gate logic, reset position and prevention of unexpected restart.
Project scope
Typical deliverables
Deliverables are confirmed in the quotation so responsibilities and interfaces remain clear.
Request a project review- Cell layout review
- Safeguarding concept
- Fence and gate package
- Safety-device selection
- Control interface specification
- Installation and integration
- Functional validation records
Technical questions
Robot Cell Guarding FAQs
Answers are general; the machine-specific assessment controls the final design.
Does a collaborative robot always operate without guarding?
No. Collaborative operation is an application characteristic, not simply a robot label. Tooling, payload, speed, force, workpiece and surrounding equipment can create hazards that require guarding or other protective measures.
Can operators load a robot cell through a light curtain?
Yes, where the risk assessment, stopping performance, safety distance and control logic support that approach. Muting or blanking may be required for some material-flow applications and must be engineered carefully.
What prevents restart when someone enters the cell?
A suitable system may use guard locking, safety-rated monitoring, presence sensing, trapped-key control and a reset position with clear visibility. The exact arrangement depends on the cell and access pattern.
Related project scope
