Understand traffic flow
Map vehicles, pedestrians, blind spots, crossings, speeds and operational peaks.
Machine guarding solution
Physical separation of machinery, vehicles and pedestrian routes using robust barriers, rails and protected access points.
Impact barriers and workplace segregation manage interaction between vehicles, pedestrians, machinery and infrastructure. They complement—rather than replace—machine-specific safeguarding by defining routes, protecting equipment and controlling access around production areas.
Where it fits
A project-specific assessment confirms the final design, but impact barriers & workplace segregation is commonly used for:
Configuration
The physical form is selected after the hazard, safe distance, containment, hygiene and maintenance needs are understood.
Engineering method
Map vehicles, pedestrians, blind spots, crossings, speeds and operational peaks.
Separate people, protect assets or prevent access to a specific zone.
Match barrier type, height, fixing and deflection space to the expected interaction.
Maintain emergency routes, access widths, visibility and practical working space.
Project scope
Deliverables are confirmed in the quotation so responsibilities and interfaces remain clear.
Request a project reviewTechnical questions
Answers are general; the machine-specific assessment controls the final design.
No. A traffic or pedestrian barrier manages routes and impacts, while a machine guard is designed to prevent access to specific machinery hazards. Some projects need both.
Often yes, with staged installation, controlled work areas and agreed shutdowns for critical interfaces. Floor condition and buried services must be considered.
Positions are based on vehicle routes, pedestrian desire lines, visibility, impact exposure, working space and emergency access—not simply on available floor lines.
Start with the hazard, access task and stopping behaviour
Send photographs, a layout or a short description. We will help define the survey, design and integration scope.