Cleanzine: your weekly cleaning and hygiene industry newsletter 4th June 2026 Issue no. 1213
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Manufacturing is undergoing a structural reset — and sustainability is no longer optional
Emma Armstrong, In2tec, highlights the convergence of economic pressure and environmental responsibility as a defining force reshaping global manufacturing…
As global manufacturing continues to evolve under the combined weight of economic volatility and environmental accountability, Emma Armstrong of In2tec is calling attention to what she describes as a “cultural reset” in how industries design, produce, and evaluate value.
Speaking on the future of electronics manufacturing, Emma argues that the industry is no longer operating within a traditional cost-versus-efficiency framework. Instead, manufacturers are now navigating a dual-pressure environment where economic resilience and environmental performance are becoming entwined.
“Manufacturing has always responded to economic forces — cost of labour, materials, energy and global logistics,” she says. “However, there has been a clear shift in environmental responsibility that is now embedded within those same economic forces, rather than sitting outside them.”
Regulation, investor expectations and consumer demand are increasingly aligning around sustainability targets, forcing manufacturers to rethink not just how they produce, but what they prioritise in production and indeed at what cost.
Emma notes that this shift is particularly visible in sectors such as electronics and high-value engineering, where lifecycle impact, recyclability and material recovery are becoming central design considerations rather than afterthoughts.
Historically, manufacturing strategy has been driven by regulation, production turnaround, cost efficiencies and managing supply chains. However, recent disruptions, combined with tightening environmental constraints, have exposed the fragility of purely efficiency-led models.
“What we’re seeing now is a move away from ‘maximum efficiency at any cost’ toward resilience, traceability, and circularity,” she says. “That shift is not simply a tick box exercise — it is fundamentally changing how supply chains are designed and how value is defined.”
Emma says that sustainability is playing a pivotal role in engineering and design processes. ather than being treated as an external compliance layer, sustainability is increasingly influencing:
• Material selection and recovery
• Product lifecycle planning
• Manufacturing process design
• End-of-life disassembly and reuse strategies
“This is where the real cultural shift is happening,” she adds. “Sustainability is no longer something you report on after production — it is something you design for before production even begins.”
According to Emma, the convergence of economic and environmental pressures represents more than a technological evolution — it signals a broader cultural change in how industry defines progress.
“The idea that growth must come at the expense of environmental impact is being challenged at every level — from policy to boardroom strategy to consumer expectation,” she notes. “We are entering an era where competitiveness will be defined by how intelligently and responsibly you use resources, not just how cheaply you can access them.”
In2tec’s signature ReUse and ReCycle comprise a closed-loop process allowing manufacturers to remove components from existing electronics at the end of their useful life and reuse them. ReUse is a suite of materials, processes and design principles used to manufacture printed circuit board assemblies (PCBAs). ReCycle is the ultra-low energy process for unzipping PCBAs – the foundation of nearly all technology – to the original bill of materials (BoM).
The technology’s versatility allows global commercialisation and a vast reduction in the overall energy used to manufacture and process when it reaches its end of life – something that is impossible when using conventional circuit board processes or materials.
4th June 2026