Manufacturing Technology

How the EMA’s Manufacturing Safety Dashboard can help to transform workplace safety

By EMA Head of Advanced Manufacturing Jane Finlayson In an industry where precision, productivity and performance define success, safety must never be treated as a background concern. For manufacturers, every injury represents not just harm to a valued person but also disruption to production, increased costs and reputational risk. Yet despite decades of progress, manufacturing remains New Zealand’s highest-harm sector. At the Employers and Manufacturers Association (EMA) we’ve been looking at ways to assist the sector and one result was the Manufacturing Safety Dashboard, which we launched earlier this year. It’s a dynamic online tool designed to help manufacturers understand, benchmark and reduce workplace harm. This dashboard can be a catalyst for cultural change in manufacturing businesses. It was designed to take what has too often been a reactive approach to safety and turn it into a proactive, informed strategy for harm reduction. Recently, I had the opportunity to present the dashboard to a group of structural steel manufacturers and distributors. Drilling into the data revealed not only the levels of harm prevalent in their subsector but also the types of injuries occurring most frequently, and how that compares to other manufacturing subsectors. This level of visibility sparked meaningful conversations about risk mitigation, training, seasonal workforce management, and the role of leadership in fostering safer workplaces. The Manufacturing Safety Dashboard was developed initially by WorkSafe, in partnership with ACC and data specialists at Flock, with a clear objective: to make harm data accessible and actionable. Drawing from ACC claims data and overlaying it with BIC (Business Industry Classification) codes, the tool provides a transparent picture of injury trends across the many subsectors that make up manufacturing. Whether a company operates in plastics, food processing, metal fabrication, or structural steel, the dashboard allows users to filter by industry, region and time […]

Building resilience through age-inclusive practices in New Zealand manufacturing

By Shyamini Szeko, reflecting on Master’s research into ageing and work in New Zealand manufacturing (AcademyEx, 2025) When I began my Master’s research into age-inclusive practices in New Zealand manufacturing, I thought I was studying a “future of work” issue. What I quickly realised was that it is also a very human story, one about resilience, knowledge, and how we value people at different stages of their working lives. New Zealand’s workforce is changing fast. By 2033, nearly half (44%) of workers will be over 45, with 8.6% aged 65 and older (MBIE, 2023). We also stand out globally for how many older people remain in the workforce. Overall, about one in four New Zealanders aged 65 and over are still working, and for those aged 65 to 69, it is close to half (Te Ara Ahunga Ora, 2023). This is an extraordinary contribution, but also a challenge if workplaces do not adapt. What the research revealed Through conversations with older workers, younger colleagues, industry leaders, and cultural advisors, five themes became clear: Flexibility matters, but it is uneven Office-based employees often have access to flexibility, while factory workers rarely do. Yet small changes, such as a shorter week or a different shift pattern, can keep people engaged and thriving. Knowledge transfer is fragile Long-serving employees carry decades of know-how, often undocumented. Without structured mentoring, this experience is easily lost. Digital change can feel out of reach Many older workers lack confidence with technology and want safe, supportive ways to learn. Younger employees are often keen to help but need structured opportunities. Age is overlooked in inclusion While gender and ethnicity are visible priorities, age rarely makes the list. This gap leaves older workers feeling undervalued. Ageism is also evident in recruitment. Many people over 50 report being overlooked for […]

Salus Aviation’s advice for successful expansion

From NZ Manufacturer September edition Salus Aviation’s story began in 1936 as a small aviation support provider based in rural Auckland, right next to Ardmore Airport. Over time, the company evolved through mergers and acquisitions to create a vertically integrated aviation company. Today, it’s a true ‘nose-to-tail’ provider, leasing out aircraft, performing line maintenance, conducting heavy overhauls, manufacturing specialist equipment and supplying parts. The EMA’s Nicholas Russell sat down with Salus Aviation CEO Greg Edmonds to discuss the company’s evolution, which has been driven by customer demand for comprehensive solutions and a desire to prove that a New Zealand company can compete with the biggest players internationally. Q: What does Salus Aviation’s manufacturing workshop produce? Greg Edmonds: We marry stringent aviation standards with world-class design and MRO capabilities to serve our clients globally Our experienced design and manufacturing teams create specialist role equipment and modifications for both fixed-wing and rotary aircraft. Operating under NZCAA Part 148 manufacturing certification, we build and install advanced systems tailored to specific mission profiles – anything from agricultural operations to search and rescue. We also manufacture crop-spraying systems, infrastructure inspection role equipment, and even full aircraft assemblies and modifications. Our bespoke solutions extend aircraft capabilities and make operators safer and more efficient. Q: What lessons can other manufacturers draw from Salus Aviation’s successful expansion? Greg Edmonds: Vertical integration matters: We offer a ‘nose-to-tail’ service suite: design, MRO, parts supply, line maintenance, aircraft leasing and heavy overhaul. That gives us resilience and a competitive edge. Certification and quality are non-negotiable: Our Part 148 certification ensures our products meet top-tier aviation standards. Building a strong, proven foundation is key to successful growth: We sunk deep roots in New Zealand before looking outward, investing in markets like the Americas and Africa. Niche specialisation sells: For example, we’re […]

Building a competitive future: The role of Government in NZ Manufacturing

From NZ Manufacturer, September 2025 edition By Sean Doherty Following on from my article, “New Zealand is Poor Because It Chooses To Be,” I have had numerous conversations with friends and manufacturers about the Government’s role in innovation, productivity, and manufacturing. I would like to note that I have left Government service, and the views and guidance I share below are my own. However, they are informed by over 20 years of experience working closely with manufacturers, including the last five years within Government, and the good fortune of gaining a global perspective on interventions other Governments have made to increase manufacturing productivity and longevity. Should the Government take action to help manufacturing? One could argue that the Government already has a lot on its plate, with health, education, police, and infrastructure dominating the headlines, while investing in the future prosperity of the country often seems more challenging. However, it is globally recognised that a strong manufacturing sector is a cornerstone of a dynamic, resilient, and competitive economy. It underpins employment, exports, productivity, and innovation. To put this in the New Zealand context: manufacturing directly employs about 11% of the workforce and contributes approximately 10% to GDP. In 2024, business spending on Research and Development (R&D) reached a record high. However, despite this investment, we are seeing productivity flattening, which squeezes business margins and makes it difficult for businesses to invest in growth and their people. What does the Government support today? While the Government supports numerous business programs, below are some recommendations for manufacturers. I suggest engaging with these initiatives and understanding how they might fit into your plans, so you can invest your time wisely and potentially benefit both your business and the wider industry. Advanced Manufacturing Aotearoa (AMA) This is the only direct investment from the […]

Artisan skill and technology a successful brew at Zealong Tea Estates

With 48 hectares of certified organic Camellia sinensis growing in the heart of the Waikato, Zealong Tea Estate is New Zealand’s only commercial tea estate. You can tour the estate and sculpture walk, sample a high tea at their Tea Room, have a luxurious French-inspired meal at their Camellia Restaurant prepared by a chef plucked from the Michelin-starred kitchens of Paris, or take part in a traditional tasting of their internationally awarded teas. As a visitor destination, it’s a major asset to the region and the teas have been served to the likes of China’s President Xi Jinping and Her Majesty Queen Camilla during official events, and the estate has been filmed for the BBC Earth documentary One Cup, a Thousand Stories, which highlighted the estate’s quality-based approach to producing certified organic tea. Behind the scenes, the process of manufacturing its teas blends artisan skill and technology. The EMA’s Nicholas Russell sat down with Zealong General Manager Sen Kong to find out where they have used technology to improve efficiency but also how the human touch remains irreplaceable. Zealong has invested heavily in both people and technology. Why is the human touch still so crucial in your industry? Sen Kong: Technology plays a huge role in streamlining parts of our operation, such as processing, drying and quality control, but when it comes to the actual picking of the tea, the human hand is still superior. Machines aren’t yet sophisticated enough to distinguish the top three leaves from the rest of the plant, and that matters. Those top three leaves are the most tender and flavour rich. A machine might take too much, or damage the plant, which affects secondary growth. A trained picker knows exactly how to pluck, preserving both the leaf quality and the health of the bush. In addition, tea […]

Dispatches from Europe: Manufacturing crossroads across UK, France, Germany

A guide for New Zealand’s manufacturing leaders Adam Sharman, CEO LMAC Group APAC Having recently spent time on the ground with our team in Europe, it has been interesting to reflect on the common trends and differing approaches to industry support across Europe. Whilst different countries face some of their own unique challenges, priorities, constraints and policy backstops, one thing is clear; across Europe the manufacturing playbook is being rewritten. For New Zealand manufacturing, having an eye on the commonalities and practical differences in the European markets matter as much as the headline trend words (AI, reshoring, decarbonisation). In this article, we reflect on what’s really happening on the ground across the UK, France and Germany— and what we can learn in New Zealand. The UK: fast-to-adopt, policy-energised, skills-constrained UK manufacturers are pushing hard on data, AI and automation as the primary levers for productivity — driven by government programmes (Made Smarter), trade and tax incentives, and a recent policy pivot to a long-term industrial strategy that backs advanced manufacturing and skills investment. That policy momentum is prompting many UK firms to accelerate AI/ML pilots, invest in connected-factory programmes and consider reshoring for resilience. Yet adoption is uneven: SMEs still cite awareness, skills and access to capital as the highest barriers. Leaders should therefore prioritise scalable pilots that deliver measurable OEE (overall equipment effectiveness) gains, pair technology buys with rapid upskilling, and actively use available regional funding and schemes to lower implementation risk. France: state-led modernisation and selective reindustrialisation France combines a deliberately interventionist industrial policy with long-term programmes — “Industrie du Futur” and targeted investment funds — to modernise medium-sized sites and attract strategic projects (gigafactories, batteries, critical supply chains). The French state has used subsidy schemes and coordinated “Team France” efforts to push digitalisation, decarbonisation and on-shoring where […]

Make your emissions reporting easier with spend-based emission factors

Getting started with your carbon footprint doesn’t have to be complicated. Manufacturers across New Zealand are already sitting on one of the most powerful tools for understanding their emissions: their financial data. Spend-based emission factors turn dollars spent into practical emissions estimates, providing you with a fast, accessible way to start measuring and managing your impact. They’re especially helpful for scope 3 emissions from your supply chain, which are typically the hardest to track but often make up the biggest part of your footprint. In this article, we explain what spend-based emission factors are, how you can use them in your business, and where to find the most accurate and up-to-date data for New Zealand. What are spend-based emission factors? Spend-based emission factors are a type of emissions data that connect greenhouse gas emissions with how much money you spend on goods and services. They express emissions as kilograms of carbon dioxide equivalent (CO₂-e) per dollar spent (kg CO₂-e/$). They’re calculated using environmentally-extended input-output (EEIO) models. These models look at the total emissions of a sector (like “fabricated metal products” or “office furniture”) and divide this by the total revenue of that sector. The result is an average emissions intensity per dollar. In simple terms, they give you a ballpark figure: if you know how much you spent in a certain category, you can estimate the emissions that came with it. Why use them? Spend-based emission factors are especially helpful when: →You don’t have access to physical data (like litres of fuel or kilograms of steel) →You need an emissions estimate based on financial records →You’re starting your emissions reporting and want to cover as much ground as possible →You want to identify emissions hotspots in your supply chain before doing a deeper dive. They’re widely used for: →Scope 3 […]

Innovation Stalled

Why the Crown Research Shake-Up is at least a 2-Year Setback In a year where New Zealand’s productivity crisis is finally getting some airtime, the government has managed to stall one of our most important levers for change: innovation. The Crown Research Institute (CRI) reforms were supposed to turbocharge commercialisation and collaboration. Instead, we’ve ended up with a bureaucratic limbo. Restructuring science funding in theory might make sense, but not if it pulls the handbrake on actual innovation for two years while the dust settles. The timing couldn’t be worse. David Altana, Head of Growth & Partnerships at SmartSpace.ai & Co-Founder & Host of The Better SMB Podcast. david@altena.solutions While other nations are doubling down on R&D to fuel economic transformation, New Zealand is in danger of drifting further into irrelevance. We’re already ten years behind our OECD peers on technology adoption. Now, with innovation policy in flux, the few Kiwi companies ready to lead from the front are left waiting for clarity, funding and alignment. Rob Bull, Director of the New Zealand Lean Academy. rob@nzla.nz To understand why this matters, we need to be clear on the difference between innovation, R&D and technology adoption. Innovation is about exploring better ways to lift organisational performance. That a bold business model shift, or solving a customer problem in a novel way. It’s the spark that drives progress. R&D is what fuels that spark. It’s the deliberate investment of time, moneyand expertise to develop the ideas that underpin innovation. It can live inside universities, CRIs, or businesses themselves, but without it, our ideas run shallow. Technology adoption is how we bring it all to life. It’s the moment we take those R&D outcomes or global innovations and embed them into how we actually work. This is where New Zealand, historically, has […]

Company Profile: South Waikato Precision Engineering

Fiona Schroeder, General Manager How are you finding current business conditions? Business has been tough over the last 12 months, across the board, our customers have been “down” and experiencing lower demand. However, it would seem there are some green shoots which will hopefully mean that we have hit the bottom and are now looking forward to a period of gradual growth. What are the main activities of your company? South Waikato Precision Engineering is a manufacturing engineering business. We design and manufacture KNAPP spreader bars, lifting beams, man cages, skid steer attachments and excavator attachments including thumbs. We also manufacture parts for other New Zealand Manufacturers. With 11 CNCs and offline programming, we machine a wide variety of precision parts including tooling steels. We also have fabrication and welding, giving us the capability to manufacture welded parts that require machining in one place rather than having to use two separate suppliers. Our assembly team assemble manufactured parts into sub-assemblies for customers to streamline their manufacturing production. Where are future opportunities for growth, for your company? From a production manufacturing perspective, South Waikato Precision Engineering is partnering with New Zealand manufacturers to produce parts and provide sub-assemblies with the goal to reduce production costs and increase efficiencies to ensure our customers remain competitive in the global market. We believe this approach of assisting our manufacturing customers to reduce costs and use an external supplier to change fixed costs to variable costs will continue to create opportunities for growth both for South Waikato Precision Engineering and our customers. For our own products, KNAPP has the largest range of certified spreader bars and lifting beams available in New Zealand with growing demand from Crane and Hiab companies, manufacturers and warehouses that require compliant, certified lifting equipment. We also see growth in opportunities […]

Smart manufacturing and the UK government’s industrial strategy

In the following article from the UK there is some good learning to be had for NZ Manufacturers, and if they are listening, Government (MBIE particularly Small Business & Manufacturing), and other key stakeholders on the importance of a solid strategic approach to achieve higher levels of productivity using technology. The UK’s Industrial Strategy, that was released this year, is focused on Advanced Manufacturing with a significant growth target to be achieved with significant investment in the sector growing from the current business investment of £21bn to £39bn in 2035. Clearly not the sort of investment we could compete with in NZ but does demonstrate that investing in Smart Manufacturing is worthwhile for economic prosperity. Within the article are a series of logical steps that can be applied to any industry sector to prepare for and use technology to be a smarter manufacturer. The article is written by James Watson, Parter with Argon & Co, along with Rachel Noll, Manager of Data/AI at IRIS. Smart manufacturing and the UK government’s industrial strategy With a fresh 10-year blueprint for economic growth, the UK’s Industrial Strategy puts advanced manufacturing at the heart of its ambitions. James Watson and Rachel Noll at Argon & Co explore how smarter use of data, automation, and robotics can help manufacturers unlock productivity, resilience and long-term growth The UK Government’s newly launched Industrial Strategy was long in the making, but has arrived with bold ambitions. Its 10-year roadmap for economic growth has a firm bet on advanced manufacturing as one of the eight high-potential industries in the UK, along with sectors like financial services, clean energy, and life sciences. For many operating in this sector, this support couldn’t have arrived soon enough. Manufacturing has been pushed from disruption to disruption, hampered by inflation, persistent labour shortages, and […]

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