Rising Global Chemical Production and Sustainability Challenges
Global chemical production is set to rise sharply, driven by expanding capacities in regions with low-cost feedstocks like the US and Middle East. This growth intensifies competitive pressure on European and UK manufacturers, especially within the plastics sector. To stay viable, companies must adopt more energy-efficient and sustainable technologies that balance increased output with environmental responsibility.
As an industrial automation engineer, I see this trend as a call to action. Companies cannot rely on legacy methods but must integrate smarter automation and energy-saving machinery to future-proof their operations.
Energy Efficiency through All-Electric Injection Moulding
Traditional hydraulic injection moulding machines are notoriously energy-intensive, often consuming power even during idle times. In contrast, all-electric machines, like the Shibaura Machine EC650SX-61B, use energy only when needed. Independent tests show this technology can reduce energy consumption by over 50% compared to hydraulic counterparts.
From my experience, switching to all-electric systems not only slashes energy bills but also improves precision and repeatability—critical factors for maintaining product quality in high-volume manufacturing.
Robotics Amplify Automation Benefits
SCARA robots are a game-changer in plastics manufacturing due to their speed, precision, and flexibility. Models such as the THE400 SCARA can handle larger payloads and reach extended work areas, enabling seamless integration with injection moulding machines.
Ceiling-mounted SCARA robots further optimize floor space and boost efficiency by automating tasks like part removal, inspection, assembly, and packaging—all without sacrificing speed. I believe that leveraging such robots in automation workflows accelerates throughput and reduces labor dependency, directly improving ROI.
Real-World Success: Lotan’s Transformation
Lotan, a UK plastics container maker, transitioned from hydraulic to all-electric injection moulding supplied by TM Robotics. This shift cut their energy costs by up to 40%, shortened cycle times by 35%, and lowered the overall cost per mould.
This example underscores the tangible benefits of energy-efficient automation—not only for environmental sustainability but also for enhancing operational agility and profitability. Manufacturers who hesitate to modernize risk falling behind in this fast-evolving industry.
Balancing Productivity, Cost, and Sustainability
The UK plastics sector faces mounting energy costs and sustainability regulations. By embracing all-electric injection moulding machines paired with industrial robotics, manufacturers can achieve a rare trifecta: lower energy use, reduced running costs, and improved production speed.
From an automation engineer’s perspective, these technologies represent essential tools for navigating today’s market challenges. Sustainable manufacturing is no longer optional but a strategic imperative that can deliver competitive advantage.
