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Showing posts with the label Conveyor Guarding

Understanding AS 1755 Conveyor Safety

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   What Engineers Need to Know Conveyors play an essential role in industrial and processing environments, but they also present significant safety risks if not properly guarded. In Australia, AS 1755 — Conveyor Safety Requirements provides the baseline framework for identifying hazards and designing protective measures that keep people safe throughout the life of a conveyor system. This standard is more than a checklist — it is a guideline for engineering-led safety design that considers how conveyors are used, how people interact with them, and how hazards can be controlled effectively. Compliance with AS 1755 helps ensure that: moving parts like pulleys and rollers are guarded nip points and shear areas are effectively enclosed access for maintenance is safe and controlled guarding does not create new hazards by restricting visibility or movement For detailed information on how to apply AS 1755 in your conveyor projects — including practical guarding design considerations...

Conveyor Guarding

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 Hamilton By Design provides engineering-led design and documentation for conveyor guarding systems , supporting safer operation and compliance across processing and industrial environments. Our approach to conveyor guarding is grounded in a detailed understanding of Australian Standards for conveyor safety , combined with practical experience in mechanical design and fabrication support. Rather than treating guarding as an add-on, we develop solutions that integrate with existing plant, structures, and maintenance requirements. Conveyor guarding designs are developed using advanced 3D CAD modelling and reality-capture workflows , allowing existing conditions to be accurately understood before fabrication. This enables compliant, fit-for-purpose guarding solutions to be designed efficiently, reducing rework and installation issues on site. Hamilton By Design supports projects where conveyor guarding must be: Designed to suit existing equipment and layouts Aligned with relevant Aust...