Business News

We need to pay attention to completely natural, consumer quality-verified, unprocessed food

-Phyllis Tichinin, soil scientist, founder of True Health Ltd The health narrative is increasingly moving away from processed food, especially ultra-processed foods (UPFs). More emphasis is being put on vitamin and mineral, antioxidant and polyphenol content, also called nutrient density or ORAC. Consumers are becoming concerned about pesticides and packaging chemicals in what they eat. They are looking for food that fully nourishes and heals cells. Ultra-processed items are receiving bad press and labelled as the cause of chronic disease. In America, ninety three percent of Americans have some form of inflammatory chronic disease: cancer, diabetes, fatty liver, Alzheimer’s, allergies, etc. More than half of the population is obese. Seventy-seven percent of young men are unfit for military service. These figures are mirrored in health statistics worldwide. While sedentary screen time, air and water toxins, and stress are implicated, Influential functional medicine doctors and health celebrities are placing the majority of the blame on consumption of processed food. (Check out Dr Casey Means interviews on the Web or Spotify) Our NZ consumption of UPFs is only slightly lower than in the USA and the UK – around 50%, even for children under 5. This global trend has implications for NZ’s food and packaging industries. Most of the food we export is minimally processed, compared to the ultra-processed foods like packaged snacks, desserts, energy bars, etc. We are presently well positioned with a reputation for natural quality, but in most food categories Italy and France have international reputations superior to ours. We can’t cruise on our laurels in this space and we certainly can’t afford to lose any ground. Food wrapping and containers that preserve vitamins, minerals and flavour components without the use of any chemical, heavy metal, or plastic need to be a focus of innovation. Hand in hand […]

The only way is up: how Gallagher Security’s vertically integrated manufacturing model delivers

Global security manufacturer, Gallagher Security has a proud history of delivering its solutions to the world with uninterrupted movement and the assurance they can ship 95% of purchase orders the next day, worldwide. On the eve of World Manufacturing Day on October 4, Gallagher, a frequent award-winner for its manufacturing prowess, acknowledges its vertically integrated manufacturing and engineering capabilities which are backed by more than 86 years of entrepreneurial spirit. Gallagher Security Chief Executive, Mark Junge says, “Because our solutions are designed, engineered, manufactured, and distributed from our head office site in Hamilton, New Zealand, we have complete oversight of manufacturing and distribution, ensuring we maintain quality, and can quickly and easily make changes, invest in raw materials, and implement strategies to ensure continued availability.” With control over the full supply chain, Gallagher can rapidly respond to emerging challenges resulting in shorter lead times, guaranteed quality, full visibility, and the ability to deliver on demand. Such was the case with events of recent years which hit manufacturers around the world hard. The Covid-19 pandemic and associated supply chain and shipping complications pushed Gallagher to re-engineer its products with parts they could access to ensure continued supply. It’s this ability to pivot and their commitment to relentless innovation that minimises the risk of third-party limitations and global risks to people and organisations,’ echoing their customer centric approach and putting people at the heart of everything they do. And the world is watching. In 2023 alone, Gallagher took home five manufacturing awards across Australia, the United States, and the United Kingdom at the Australian Security Industry Awards, US, and UK OSPAs (Outstanding Security Performance Award), Security and Fire Matters and Fire and Security Matters awards, respectively. Already in 2024, Gallagher has been awarded a further three Manufacturing awards at the Fire […]

Northland focus: Fiona Bycroft, CEO, Naut

Catherine Lye, CEO of Advanced Manufacturing Aotearoa (AMA) on a recent business trip to Northland, suggested a focus on the movers and shakers and innovators up there. Fiona Bycroft of Naut gets the ball rolling… Fiona Bycroft, CEO, Naut (left) What does Naut specialise in? Naut enables customers to head out on the ocean or lakes, have an amazing day doing everything they usually would, and sometimes more, and return home leaving nothing but wake! We do this by providing electric propulsion systems that fit into the boat of the users choice with the final drive of the users choice, be that stern drive, jet unit, or the Naut outboard. A key difference between a Naut system and a conventional system is the reduction of noise, fumes and pollution and higher reliability. A key difference between the Naut system and other electric systems is the power – the Naut system is 350hp+ and can easily get a boat planing. How is Naut finding current business conditions? Naut has technology that is ready to go to market. Like any new tech, it needs those early adopters to come on board to demonstrate the technology in different sectors and use cases. Naut is excited about where the conversations are going with these early adopters, so watch this space (or maybe I should say watch the waterways near you) Are there export opportunities for your products? Absolutely! We are keen to see more systems sold to NZ based individuals or companies first, and then Australia and USA are natural next markets. However we have already received interest from a number of other countries, and are always open to talking to either boat builders or boat users from around the globe. How easy is it to find the right staff members? Because we are […]

Stop calling workplace safety failures ‘accidents’

By Paul Jarvie, EMA Manager of Employment Relations & Safety With the Government signalling that significant reform of our workplace health and safety regulations are on the way, it’s time to look at the language we use around preventable harms. For too long, ‘accident’ has been a blanket term that absolves responsibility. Whether at home, on the road, or in our workplaces, we’ve grown accustomed to shrugging off incidents as ‘accidents’. But are they truly random acts beyond our control, or is there more to the story? When we label something an ‘accident’, we imply innocence and inevitability. It’s a linguistic shrug that suggests nothing could have been done differently. But the reality, backed by extensive research, paints a different picture. Insurance companies that provide cover for ‘accidental damage’ base their premiums entirely on historical data of such events. They know these events will happen, how many, when and how. The premium setting process uses vast databases to ensure the number of claims do not exceed their premium income – that’s how they remain in business. It’s a similar system to ACC for injury claims. In 2023, ACC handled nearly 200,000 workplace claims, with many stemming from repeat incidents that were likely to have been identified in companies’ hazard registers. As such, they were neither unknown nor unforeseen. This data underscores the need for a more nuanced approach in our safety lexicon. In workplaces, terms like ‘incident’ or ‘near miss’ are often used interchangeably with ‘accident’. Yet, these terms don’t adequately capture the essence of what really happened: a failure in systems, procedures or human judgement that resulted in harm or damage. Take aviation, where research from the Pilot Institute found that pilot error accounted for 69.1% of plane crashes, with 17.2% due to mechanical issues and 13% of unknown […]

How your business can benefit from the circular economy

From September issue of NZ Manufacturer www.nzmanufacturer.co.nz Small Business and Manufacturing Minister Andrew Bayly, along with Climate Change Minister Simon Watts, introduced a new MBIE report showing circular opportunities for the manufacturing sector. “Manufacturing is a sleeping giant for New Zealand’s economy; with the right tools and support, manufacturing has the potential to supercharge our economic growth,” Bayly said. “The manufacturing sector accounts for 10 per cent of GDP, 60 per cent of our exports, and employs 230,000 people.” Increasing demand for low-carbon-manufactured goods “Globally there is increasing demand for low-carbon manufactured products. Our agile and innovative manufacturers with their strong green reputation and access to relatively low-carbon electricity are well positioned to take advantage of this demand,” he added. Watts emphasises that the manufacturing sector is already heading in the right direction and is supporting New Zealand in meeting its climate change targets. However, there is still more to be done. “That’s why we are providing manufacturers with information to support them to adapt their business to be less carbon-intensive, with the launch of a new online toolbox, report and dataset.” Circular economy critical for future of manufacturing The circular economy is critical component of modern manufacturing. Adopting circular economy principles can help you to significantly reduce costs while making your business more sustainable. The circular economy (CE) is a concept that changes how we produce and consume goods. It uses systems thinking to design out waste and pollution, keep products and materials in use and regenerate natural systems. CE moves us away from the current ‘linear’ model of producing and consuming goods and services: ‘take-make-dispose’. It has economic, environmental and social benefits. It is also closely linked to the Bioeconomy, which uses renewable biological resources to produce food, products, and energy. […]

Mackwell & Co. – Empowering energy sovereignty with advanced steam engines

Mackwell & Co. of Christchurch was established in 2016 by Founder Sam Mackwell. The company’s purpose is to “empower energy sovereignty” with a focus on energy resilience and fossil-fuel-free transport. Mackwell realised the two concepts needed to address this are the use of accessible and low value biomass as fuel, and a technology that can safely and cleanly convert this to useful work without relying on extensive infrastructure. The Mackwell A35 features a unique biomass fired water tube boiler that is compact and responsive enough for use in transport as well fixed shaft power or electricity generation. The A35 traction engine is designed for horticultural and small farm towing up to seven tonnes at 40 km/h, and the same boiler and engine will be produced as a 26kW generator set offering up to 180kW of heat. Once this concept is proven in the market the design will be scaled to 600kW for industrial and marine use. Mackwell & Co. technology has shown to have a number of other applications. Earlier this year Mackwell partnered with Biocare Pty Ltd. to design and manufacture four large combustion chambers for a project in Kangaroo island which is set to be one of the largest biochar projects globally. Discussions are now underway with New Zealand forestry operators to use large steam engines to directly drive equipment such as disc chippers. The A35 has attracted five pre-orders for businesses including portable sawmills and essential oils distillation. Customers can expect more than 35% in overall cost savings where replacing diesel engines, and a 96% reduction in CO2 emissions. Small engines are suitable for manual fueling, and larger applications will require a mechanical feed system to maintain the 2.5kg/kWh input requirement. Mackwell engines are of additional value where heat is needed, such as hydronic […]

Paying a ‘unique’ price: Why it can pay to be the same

-Frank Phillips, Managing Director, Fulcrum The Hook “But we’re unique, no one else takes bespoke orders that morning, processes and ships them that afternoon.” “Not even your competitors?” “Yes, they do….but they are much bigger and can afford to develop systems that are perfect for themselves”. “Is there anyway to test how bespoke these orders really are?” The Problem This conversation, in various guises happens regularly with clients, and sometimes it’s true, but often, we’re not as unique as we think. And that’s a good thing! The more unique we are, or decide to be, in our operations the more expensive our journey to digitisation becomes. This becomes particularly salient against the backdrop of New Zealand’s beating heart of manufacturing SME’s being in the midst of a perpetual battle when it comes to digitisation. Firstly, weighing up the challenging costs of developing digital systems and automated processes that are fit for purpose with realistic return on investment. Whilst secondly, being touted the value of Industry 4 technologies but facing a skills barrier to adoption. The Solution So what advice would I give to any manufacturing business looking to digitisation and automation be? It’s simple. Start thinking about your internal operations differently. Or paradoxically, not different at all. Whilst there is widespread appreciation for needing a clear competitive advantage, that thing or things that set you apart and make you unique. Extending this thinking to everything about your business can hamper digital progress, driving you to look for or build bespoke solutions that match your processes perfectly. Where competitive advantage should be ‘up in lights’ externally. Internally we should be asking ourselves the question ‘how can we make this process as similar as possible to other operations’. This is for two reasons: It’s cheaper to borrow than build. If that’s the […]

Lifting productivity: Why investment in talent and technology must go hand in hand

-David O’Connor, Head of Emerging Markets, The Learning Wave In the evolving landscape of the manufacturing sector in New Zealand, the adoption and successful implementation of smart technology are undeniably key drivers of productivity. However, without parallel investments in upskilling the workforce, the potential gains from such technological advancements may be left unrealised. At a recent industry event, a business owner shared their experience of raising significant capital to introduce cutting-edge technology in their food manufacturing business. The implementation, however, came to a halt as it became clear that the existing staff lacked the necessary skills to operate the new systems, which led to multiple challenges to meet production requirements. This scenario raises the question: Is this an isolated incident, or a reflection of a broader trend where businesses overlook the critical need for workforce readiness in their technology strategies? Investment in both areas —developing your talent and adopting the new advanced technologies— must be seen as complementary rather than separate business strategies. Business leaders must ensure that their HR and training teams are fully integrated with their Operations and IT efforts, creating a seamless approach to lifting staff capability that aligns with technology implementation plans. When these efforts are given equal priority, they create a cycle where skilled and engaged workers drive technological adoption, and in turn, the technology enhances the capabilities and productivity of the workforce—a win-win situation. One client likened their smart technology experience to “buying a Ferrari but then handing the keys over to kids on their learner’s license in full knowledge that they would crash it’. While this analogy might be an apt description of their workforce’s current skill level, it also serves as a cautionary tale for business owners. The cost and potential setbacks of implementing advanced technology without a focused and skilled workforce […]

Why BIM hasn’t reached its full potential in Aotearoa – yet…

From September issue of NZ Manufacturer magazine www.nzmanufacturer.co.nz By Dr Troy Coyle, HERA CEO Building Information Modelling (BIM) has been a promising tool in the manufacturing and construction industry for decades, yet it remains underutilised in Aotearoa. So, why isn’t it embedded more broadly in our industry? And more importantly, what can we do to unlock its potential? Since the 1980s, BIM has provided a comprehensive repository of data, enabling better decisions during design, build, and maintenance phases. Unlike traditional CAD models, BIM integrates information that allows computers to perform complex simulations. Yet in New Zealand, BIM’s capabilities are largely untapped. Old habits die hard One of the key issues is the way BIM is being used—or not used. Many in the industry continue to treat BIM as an enhanced version of 2D or 3D CAD, using it primarily for its visual modelling capabilities. While there’s certainly value in that, it misses the real power of BIM: its ability to drive collaboration across teams and improve project efficiency. To maximise BIM’s benefits, we need to adopt it as a process, not just a tool – one that promotes early involvement of all stakeholders, open communication, and collaboration. This means breaking down silos and ensuring all stakeholders, from designers to asset owners, work with the same integrated information. This means looking beyond isolated areas such as clash detection or design coordination, and instead – using it throughout the entire lifecycle of a project. Misconceptions around cost One of the reasons for slow uptake is the perception of BIM as a costly, complex tool that only large commercial projects can afford. The reality is that BIM can drive significant cost savings— with global studies suggesting time and cost reductions of 20% to 30% on projects that use it effectively. However, there’s hesitancy […]

Navigating the manufacturing technology landscape: MES vs MDH vs MMP

Adam Sharman, CEO LMAC Group, APAC As manufacturing organisations strive to optimise their operations, the adoption of technology has always been a key focus. In the last 10 years, developments in digital technologies for manufacturers have increased pace and, whilst most organisations recognise the opportunity presented by these developments, the rapidly changing ecosystem of systems can make it difficult to identify the best fit for the business. The landscape of manufacturing or operational management systems has evolved considerably in recent years, with multiple options available to fit the needs of the business based on scale, complexity and requirements. Three solutions that have gained significant traction are Manufacturing Execution Systems (MES), Manufacturing Data Hubs (MDH), and Machine Monitoring Platforms (MMP). Each offers unique benefits and comes with its own set of limitations. This article aims to provide a comprehensive comparison to help manufacturers make informed decisions on which of these solutions is the best fit when considering investment in OT software. Manufacturing Execution Systems (MES) MES is a comprehensive software solution that manages and monitors work-in-process on the factory floor. It operates in real time to enable the control of multiple elements of the production process, including: – Resource allocation and status – Production scheduling – Dispatching production units – Quality management – Labor and material tracking – Performance analysis MES serves as a bridge between planning systems like ERP (Enterprise Resource Planning) and the actual production processes, providing a holistic view of how current conditions on the plant floor can be optimised to improve production output. Benefits Comprehensive Production Management: MES provides end-to-end visibility and control over production processes, from order release to finished goods. Real-time Decision Making: Offers real-time data and analytics, enabling quick responses to production issues. Quality Control: Integrates quality management processes, reducing defects and improving overall […]

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