Operator proximity
Observe chucking, measuring, tool setting, clearing and workpiece handling rather than assessing the automatic cycle alone.
Industry application
Robust safeguarding for presses, cutting, forming, welding, machining and automated material handling.
Metalworking machinery can present severe crushing, shearing, cutting, ejection and hot-work hazards. Safeguarding may need physical containment, point-of-operation protection, safe-distance devices, controlled setting modes and reliable isolation.
Hazard profile
Applications
Design priorities
From machine to complete line
We can support a single access point, a machine retrofit or a coordinated safeguarding project across multiple items of equipment.
Application-specific priorities
Metalworking equipment can expose operators to rotating work, cutting tools, pinch points, swarf, coolant and ejected fragments. Guarding must reflect the manual setup and inspection work around lathes, mills, drills, presses, saws and special-purpose machines.
Observe chucking, measuring, tool setting, clearing and workpiece handling rather than assessing the automatic cycle alone.
Choose clear or solid panels according to observation, impact and ejection needs.
Review braking, stops, isolation and restart when adding interlocked or protective-device guarding to older machines.
Sector questions
They can be used in suitable applications where the machine stopping performance, safety distance, controls and operating mode support the protective function.
Solid or screened panels can be designed for process containment, with material and ventilation requirements assessed separately.
Often, but the scope may extend beyond a physical guard to controls, braking, operating method and tooling. A detailed assessment is required.
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.