Hazards covered at source
Fixed and movable panels are shaped around drives, rollers, nip points, returns, transfers and other accessible dangerous parts.
Conveyors & transfer systems
Conveyor Guarding
Purpose-designed guarding for belts, rollers, drives, transfer points and connected machinery—planned around operation, cleaning, blockage recovery and maintenance.
- Design
- Machine-specific
- Delivery
- Survey to handover
- Coverage
- Great Britain
BMG / SOLDirect answer
What does conveyor guarding protect?
Conveyor guarding prevents access to hazards such as in-running nip points, rotating drives, tensioners, moving belts and transfer interfaces. Effective designs also consider falling or ejected product, cleaning, foreseeable blockage clearing and safe maintenance access.
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.
Access designed around the task
Tool-removable panels, hinged guards or monitored doors can support cleaning, inspection and maintenance without normalising guard removal.
Materials matched to the process
Powder-coated steel, stainless steel, mesh, sheet and transparent panels can be combined around hygiene, visibility and containment needs.
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.
- 01Identify every nip point, drive, return, tensioner and transfer interface
- 02Observe normal operation, cleaning, jam clearing and maintenance tasks
- 03Choose fixed, removable or interlocked access for each task frequency
- 04Resolve product openings, spillage, ejection and visibility requirements
- 05Plan support, removal space and retained fasteners for maintainability
Typical applications
Built around the equipment and task.
Frequently asked
Conveyor Guarding questions.
Concise project guidance for specifiers, engineers and dutyholders. The actual machine review determines the final approach.
Ask the engineering teamWhich parts of a conveyor normally need guarding?+
Accessible nip points, transmission parts, drives, rollers, tensioners and hazardous interfaces commonly require safeguarding. The assessment must also consider product flow, spillage and how people clear faults or clean the equipment.
Can conveyor guards be removed for cleaning?+
Where routine access is needed, the design may use hinged, tool-removable or interlocked guards. The chosen arrangement should support the task while controlling access to dangerous movement and unexpected restart.
Which material is best for conveyor guarding?+
Mesh supports airflow and visibility, sheet can contain product or swarf, clear panels improve observation, and stainless steel suits many hygienic environments. Mixed-material designs are common.
Can old or incomplete conveyor guarding be upgraded?+
Yes. Existing conveyors can be surveyed to identify accessible hazards, missing panels, awkward access and line interfaces before replacement or additional guards are designed.
Start with the machine and the task
Need conveyor guarding designed around your site?
Send photographs, dimensions or a short description. We will help define the survey, design and installation scope.