Robotic Automation™ shares how manufacturers can unlock lasting value from automation by approaching robotics as an evolving production system — supported by decades of Australian engineering experience and the understanding that no two factories operate the same way.
Automation has become a powerful enabler for manufacturers looking to lift productivity, improve consistency and remain competitive in demanding markets. The most successful projects, however, share a common trait: they focus on outcomes over equipment, and long term performance over short term installation.
According to Colin Wells, Group Managing Director of Robotic Automation™, maximum value is achieved when automation is embedded within a living production ecosystem.
“With nearly 40 years of automation projects behind us, one constant stands out — no two systems we’ve ever delivered have been exactly the same,” Wells said. “That’s because no two manufacturing environments are ever the same.”
As an Australian integrator with thousands of systems installed across multiple industries, Robotic Automation approaches robotics as a long term capability rather than a one off purchase. This reflects the reality of manufacturing, where products evolve, volumes fluctuate, materials vary and workforce dynamics shift over time.
One of the most common challenges arises when automation is treated as a set and forget solution. While systems may perform strongly at commissioning, they require ongoing attention to adapt to changing conditions. Without clear ownership for optimisation, performance can gradually decline as processes drift and manual workarounds emerge.
“Manufacturing doesn’t stand still,” Wells explained. “When automation is actively managed, it continues to deliver value. When it isn’t, even very good systems can lose efficiency.”
The increasing availability of off the shelf automation has made robotics more accessible than ever. Collaborative robots and mobile AMR systems can deliver excellent results when applied appropriately, but their success depends on how well they are matched to real world operating conditions. Factors such as floor quality, payload variation, congestion, safety requirements, risk assessments, and throughput pressure all influence performance on a live factory floor.
Wells encourages manufacturers to move away from viewing robotics as a plug and play appliance as they are clearly not white goods.
“Automation is industrial equipment,” he said. “It needs proper engineering, realistic assumptions and lifecycle planning to perform reliably year after year.”
Successful projects start with the process, not the robot. Understanding production variability, designing for peak demand, and planning how systems respond to imperfect inputs allows automation to remain robust as conditions change. Just as important is involving operators, maintenance teams and engineers early, ensuring solutions are practical, usable and supportable in daily operations.
“There’s incredible value in listening to the people who work with the system every shift,” Wells said. “They help make good automation great.”
Early performance indicators also provide valuable feedback. When addressed proactively, they create opportunities for optimisation rather than disruption. In well designed systems, these insights are used to refine performance and extend the life of the investment.
While cost is always a consideration, Robotic Automation encourages manufacturers to view automation through a lifecycle lens. Long term uptime, serviceability, upgrade paths and local support have a far greater impact on return on investment than initial purchase price.
“The real measure of automation is what it delivers over ten or fifteen years,” Wells said. “That’s where experience and local support make a difference.”
For Robotic Automation, the role extends beyond installation into long term partnership. Systems are designed to evolve, supported locally, and continually refined as production requirements change. This approach has built strong, lasting trust, with more than 70% of our business coming from returning clients.
“Fit for purpose isn’t a moment in time,” Wells said. “It’s something you maintain — and that’s how automation becomes a true competitive advantage.”
The key to successful automation
Do
• Design automation around your real process and production realities
• Plan for change, variability and future growth
• Engage operators and maintenance teams early
• Design for sustainable peak demand, not averages
• Work with an experienced Australian integrator with local support network
• View automation as a long term capability
Don’t
• Treat robotics as plug and play equipment (They are not white goods from a retailer)
• Focus only on upfront costs (this is not the total cost of running a system over time)
• Ignore early performance signals
• Treat commissioning as the finish line
• Assume one solution fits every factory
Real world insights from Colin Wells
• “We’ve seen strong systems lose performance simply because no one was responsible for optimisation after handover.”
• “Access to local support often makes the difference between a minor issue and prolonged downtime.”
• “Well specified automation consistently outperforms lower cost alternatives over the long term.”
