As the demand for automation in warehouses, distribution centres, and airports continues to grow, so too does the need for a heightened focus on safety.
Automated Material Handling Systems (AMHS) offer unparalleled efficiency and precision, but without proper consideration of safety in both design and execution, the risks can far outweigh the benefits.
Safety should never be an afterthought. It must be embedded in every stage of the system lifecycle—from concept and design to installation and operational use. This holistic approach ensures that solutions not only optimise productivity but also protect the people who work with and around them.
Safety in Design: Engineering Out the Risks
The foundation of a safe solution begins at the design phase. By integrating safety principles from the outset, hazards can be proactively eliminated before they become embedded in the system. This means:
- Human-Centric Engineering: Designing systems with ergonomics and user interaction in mind to prevent strain and injury.
- Risk Assessments: Conducting thorough hazard identification and mitigation strategies during the design phase, in tandem with the customer and engineering teams, to ensure compliance with local and global safety standards.
- Fail-Safe Mechanisms: Incorporating redundancy, emergency stops, and automated diagnostics to prevent catastrophic failures.
- Advanced Guarding Solutions: Utilising physical barriers, light curtains, and smart sensors to protect workers from moving parts.
- Maintenance Accessibility: Ensuring that servicing points, access panels, and isolation procedures are designed for safe and efficient maintenance without unnecessary exposure to hazards.
By prioritising safety in design, risks are minimised before installation even begins, leading to reduced exposure to potential dangers for people who interact with the system.
Safety in Execution: A Commitment to Safe Implementation
Even the safest design can be compromised if not executed correctly. That’s why the installation and commissioning of any solution must be handled with the same level of diligence and care. Key safety considerations during execution include:
- Comprehensive Training: Ensuring that installation teams, operators, and maintenance personnel are fully trained on safety protocols.
- Strict Compliance Standards: Adhering to local and international safety regulations, such as ISO and AS/NZS standards.
- Continuous Safety Audits: Conducting real-time assessments during installation to identify and rectify risks before commissioning.
- Collaborative Safety Culture: Encouraging open communication between project stakeholders to address concerns and prevent incidents.
A well-executed safety strategy ensures that systems function as intended, minimising downtime and reducing the likelihood of workplace injuries. This means safer working conditions and streamlined serviceability, ultimately extending the lifespan of the equipment and return on investment.
A Culture of Safety-First Leadership
Safety is not just a box to be checked—it is a core value that must be ingrained in an organisation’s culture. As Michal Marszalek, Vanderlande WHSE Director ANZ, puts it: “True safety excellence is achieved when safety is viewed as an enabler, not a constraint. By designing and executing with safety at the forefront, we not only protect our customer’s and own people, but also enhance operational efficiency and reliability.”
Investing in safety is investing in success. By embedding safety into the DNA of automation projects, businesses can thrive while keeping their workforce safe. In a world increasingly reliant on automation, safety by design and execution is not just best practice—it’s a necessity.
