Certifying Industrial Machine Guarding – Engineering Verification for Fixed Plant
Protecting people from moving machinery is one of the most important responsibilities in any workshop, processing facility, or mine site. Fixed plant guarding is not just a fabrication exercise – it is an engineering control that must be assessed, designed, and verified so that risk is reduced so far as reasonably practicable.
Our latest article on the Hamilton By Design website explains how machine guarding certification-style verification works in Australia and what role a competent mechanical engineer can play in that process. The post covers:
What “certifying” machine guards really means under WHS law
How AS/NZS 4024 safeguarding principles are applied in practice
The difference between a product stamp and an engineering verification report
What should be inspected: reach distances, interlocks, fixings, defeat-resistance, and maintainability
Who holds responsibility when equipment is imported or modified
The type of documentation regulators expect to see
The article also outlines how the team at Hamilton By Design, as engineering design consultants, can assist industry with:
Independent guarding assessments and gap reviews
Retrofit guard design for brownfields equipment
Site verification and inspection records
Practical, defensible certification-style reports
Support for pre-commissioning and shutdown upgrades
If you operate conveyors, pumps, mixers, crushers, presses, or any other fixed machinery, this guidance will help you understand how proper engineering verification protects both workers and the business.
👉 Read the full post here:
Industrial Machine Guarding Certification (Fixed Plant) – Engineering Verification & Guard Design
Protect people. Design it properly. Verify it professionally.
