Product News

SouthMACH 2025: Capability Is still the differentiator

From June issue, NZ Manufacturer magazine www.nzmanufacturer.co.nz Review from Caliber Design There was a strong sense of optimism at SouthMACH this year. The energy was good. People were open, engaged, and proud of the work they’re doing. Yes, there are still challenges—but the general feeling was that things are picking up, and that real progress is being made. Capability remains a key issue. “We’ve got the ideas. We just don’t have the resource.” The work is there. Priorities are clear. But teams are at capacity. There’s limited room to take on more—let alone deliver faster. Shifting the Dial Whether the focus is production, upgrades, product development, or compliance—it takes people to get things done. Not just more hands, but the right experience, at the right time. At SouthMACH, there was strong interest in how to keep momentum without overloading internal teams. Many are turning to flexible engineering support—people who can step in, contribute from day one, and help shift the dial. The common thread? Capability isn’t just about technical knowledge. It’s about judgement, communication, adaptability, and the ability to work well on-site, under pressure, and in step with the wider team. What We Noticed Amidst the usual challenges—capacity, backlog, deadlines—there was also a clear sense of optimism. Many have weathered tough years and come through more focused. Some of the best conversations we had were about what’s working: building long-term partnerships that help teams flex as needed; investing in project engineering—not just design, but full delivery; and embedding engineers into existing teams to remove bottlenecks and keep work flowing. We also asked our team: “What was the most exciting innovation or product you came across during the event?” The answers were varied—but all pointed to practical, clever engineering solving real problems. Dawn Aerospace stood out to several engineers—not just […]

Is your value network world class?

Over the last 40 years I have seen significant change in how manufacturing businesses compete. We have moved through the quality revolution which brought new expectations around quality and cost, to the lean revolution and associated methodologies delivering better service, value and reduced costs. Businesses then shifted their focusses onto supply chain optimisation, bringing end-to-end thinking. Their approaches moved from comparing their business models with their competitors’, to comparing their supply chains. Top performing supply chains became enabled by ERPs, and are now enabled by value networks, no longer in point-to-point structures but integrated webs of suppliers and partners delivering products and services seamlessly through a multitude of channels. Of course, the rapidly increasing deployment of AI further fuels optimisation and connectedness in these supply chains. At the root of this change in manufacturing are constantly moving market-led goalposts for how businesses better deliver what the end customer wants, when they want it, at the lowest cost possible. Understanding this value equation and then aligning their service delivery model to meet and exceed this expectation better than competition is what separates the wheat from the chaff, and industry leaders are doing this at the most competitive cost to maximise their margins. Very few, if any, businesses can do all of this by themselves. Generally, larger businesses with more scale, buying power, and connections have more capability than SMEs. However, interconnected SMEs can create highly efficient clusters which can compete with anyone and be highly agile and scalable. As we know NZ has a high proportion of SMEs and this presents both an opportunity and a risk. The opportunity is that we can create high-value clusters and that can be highly agile, integrated and capable of delivering high-value products and services through multiple channels to customers around the world. We certainly […]

Q & A with Geoff Necklen of Roadside Supports

What does your company do? We are a steel product manufacturer. . How long have you been in business? 41 years this month. What products do you make? We manufacture our own Roadsign Supports brand range of highway sign pole systems for the NZ market primarily. This includes motorway signage, and urban signage on single post units called Monopoles which are our main products. We are also involved in special electronic poles for bus and congestion management. How are you finding business at present? We have been steady this year but sales volumes are a bit down. I am getting good enquiries, however, and am confident about next year. Where do you source your components? We source all our materials locally from merchants and utilise second-tier suppliers such as profile cutters and galvanisers. Suppliers such as profile cutters and galvanisers. We try to source NZ AUS material as much as possible. Where do you see growth for your company in the future? The roads of national significance and associated new highway projects announced by National mean we have a long-term future with the products we make. The electronics industry is also exciting, and we are right there with many new project solutions with our good client partner.

How manufacturers can prepare for the ESPR

www.thinkstep-anz.com Image by Dinh Khoi Nguyen from Pixabay. As global sustainability regulations evolve, New Zealand manufacturers must stay ahead of the curve to maintain their competitive edge, especially with upcoming policies like the European Union’s Ecodesign for Sustainable Products Regulation (ESPR). But what is the ESPR, and how can manufacturers in New Zealand prepare for it? What is the ESPR? The ESPR is a new EU policy aimed at making products more sustainable and circular throughout their lifecycle, supporting the EU’s 2050 climate goals. The ESPR applies to products sold within the EU, setting specific sustainability requirements for design, use and disposal. It applies to most products sold in the EU, except for some like food and medicines. Non-compliant products may face fines or bans. Although it took effect in July 2024, the detailed rules will be developed over the next year. The regulation aims to make products more durable, reusable, repairable, and recyclable, while banning the destruction of unsold goods like electronics and textiles. A digital product passport will also be required, giving consumers direct access to sustainability data and exposing brands to greenwashing claims under the Green Claims Directive. Why should New Zealand manufacturers pay attention to ESPR? For manufacturers exporting to the EU or intend to: Failure to prepare for the regulations could result in loss of market access, fines, or even prosecution. Your products will face stricter comparisons on sustainability and circularity, which could impact your market share positively or negatively. Even if your business doesn’t currently export to the EU, the trends set by the ESPR are likely to influence regulations and purchasing decisions in other markets. As supply chains globalise, multinational corporations may enforce ESPR-style standards on all their suppliers, no matter where they are located. With more sustainability and […]

Tech isn’t the Hero, it’s the plucky sidekick

Frank Phillips, Director, Fulcrum NZ The Tale of Two Manufacturers Imagine two companies, both manufacturers here in New Zealand, standing on the brink of change. Company A embraced digital technology not just as a solution but as a stepping stone to reshape their operations. They invested in data analytics, IoT, and automation, with a clear vision to enhance their product offerings. They didn’t see tech as a shiny new toy; they saw it as a tool to make existing processes more efficient, reliable, and insightful. As a result, they grew sustainably, adapting each new piece of tech to complement their strategy. Company B, on the other hand, rushed into the world of digital with stars in their eyes and a sense of FOMO. They adopted everything from machine learning to augmented reality but hadn’t mapped out where these would fit into their overarching business vision. Within two years, they were drowning in tech debt and bloated processes, with digital “solutions” that solved nothing but looked impressive in investor presentations. The difference? Company A used tech as a supportive actor, not the main character. Company B? They gave tech top billing without considering how it fit into the wider story. The lesson here? Industry 4.0 should be the sidekick in your journey—not the destination. Tech as a Strategy or a Sidekick? It’s tempting to make Industry 4.0 your main strategy—after all, the tech is exciting! But if you’re all about tech and not about your business goals, you might end up with a whole lot of digital flash and little substance. In manufacturing, the real heroes are efficiency, quality, and customer satisfaction. Industry 4.0 tech—be it sensors, AI, robotics, or data analytics—is just the toolkit to help us get there. For New Zealand manufacturers, it’s about knowing that “the “cool factor” […]

Aotearoa’s Industry 4.0 journey

From November issue, NZ Manufacturer magazine (below) Sean Doherty, Product Manager, Callaghan Innovation The advent of Industry 4.0 has been a game-changer for the manufacturing sector and can deliver real returns for New Zealand businesses, through increased efficiency, productivity, and innovation. However, many manufacturers remain hesitant to embrace these technologies. This reluctance often stems from persistent myths that cast doubt on the practicality and benefits of Industry 4.0. Based on Callaghan Innovation’s experience working with New Zealand manufacturers who are on their Industry 4.0 journey, we’re keen to dispel some of these common myths and provide some evidence-based solutions to encourage Kiwi manufacturers to confidently step into the future with Industry 4.0. … Myth 1: Industry 4.0 is only for large manufacturing operations. The Reality: Industry 4.0 is not exclusive to large manufacturers. Small and medium-sized enterprises (SMEs) can also leverage these technologies to enhance their operations. Indeed, as a nation of SMEs, this is where Industry 4.0 technologies arguably have the most potential to boost this country’s productivity and economic output. Companies like Nautech Electronics, Gyro Plastics and Oasis Engineering, are all great examples of SMEs deploying Industry 4.0 technologies to good effect. The key is to start small and scale up. For instance, SMEs can begin by implementing IoT sensors and use data analytics to optimise their existing processes. Retrofitting new hardware systems to older equipment can be a cost-effective way to integrate Industry 4.0 technologies without the need for significant upfront investment in new machinery. Myth 2: Exorbitant costs outweigh the benefits The Reality: While initial investments may seem daunting, the long-term benefits of Industry 4.0 technologies can lead to substantial cost savings and increased efficiency. Several McKinsey and Company case studies show manufacturers gaining a 10-20% increase in efficiency, between 10-15% improvement in quality and […]

Call for Entries -Master Electricians Excellence Awards 2024

The Electrical Contracting Association of New Zealand (Master Electricians) is putting out the call to its member businesses to enter their best projects and initiatives into the upcoming Master Electricians Excellence Awards 2024. The biennial competition and awards ceremony recognises excellence and achievement of its members within the electrical contracting industry. In addition to the top award of Master Electrician of the Year, there are excellence awards for industry champion, emerging business, innovation, lighting design, electrical projects, and sustainability. “The awards are great for the industry and provide a boost for businesses – they profile leadership and help with reputation,” said Shane Bell, Managing Director at Des Scott Electrical 2008 Ltd – winner of the 2022 Excellence in Innovation Award. “We found it a good way to showcase our work, to see where we sit in the market, and the awards help attract quality staff and build morale.” Des Scott Electrical created a mobile seed cleaner, an innovation that could transform the seed-cleaning process worldwide. Alex Feeney, NZ General Manager at KME Services, winner of the 2022 Excellence in Lighting Design Award and Excellence Award for a Project over $5 million, said “It was good to get recognition for some hard work and it helped with the perception of our business. The awards are 100% a positive for the industry and for the winners’ reputations. They helped with promoting the business and showcasing our abilities.” KME Services won the Lighting Design Award and Electrical Project Award – Over $5 milliion for its design, installation, and commissioning of the electrical supply and reticulation, general and emergency lighting, and control and lighting protection systems (seismic restraints) of the new Te Pae Christchurch Convention Centre. The Excellence Awards are the only awards of their kind for electrical contracting businesses in New Zealand to […]

Electronic governor enhances marine engine speed control

Due to a failure of a Caterpillar Hydraulic Governor on the Tug Vessel “Te Matua”, operated by South Port NZ, Emee NZ Ltd of Mossburn, was consulted to check out the possibility of an improved, reliable, readily available, cost-wise and serviceable system. Having deliberated and sourcing suitable and reliable hardware involved to substitute the original system, it was found that the movement of the Caterpillar 3606 Engines Fuel Injection Pumps mechanisms demanded a high torque to move such from idle to full throttle. The requirement was also to have a system that originally was air control to the Bridge, superseded by simple “Rotational Dial” and have simple 4–20mA wiring connection. Other air control levers and parts subject to age failure were removed. Recommendation and Solution It was decided to use a combination of a GAC ACB 2001 12Ft Lb Actuator and an AXIOMATIC AX100310 Unidirectional Digital Control for each engine to supersede the original equipment. The combination of both these products together with suitable developed programed firmware and a mechanically driven encoder has now made reliable use of this vessel. This equipment was fitted to both Engines and to date has more than proved their worth in speed control which incidentally this vessel is used extensively for moving large ships within the Island Harbour complex and narrow channel entrance. Installation Installation of the Emee System is very simple, with a Manufactured Actuator Bracket fitted to each engine with linkage, also an enclosure for the required wiring and having the Axiomatic Controllers externally mounted for access. The Axiomatic units are totally encapsulated protecting the internal hardware from the sea environment. This is a major plus to eliminate corrosion and damage. A further feature is an emergency “override key switch” which in the event of Bridge Control failure will put the engine […]

Kemppi Australia’s Art of Welding Competition is on again

Kemppi Australia has launched its Art of Welding Competition for 2024. The competition showcases “welding art” which can take the form of a welded sculpture, pattern design, a motif or an object. The welding process involved to create the art piece can be manual or use more advanced techniques such as robotics, lasers or friction welding. Now in its fifth year, the competition is keenly contested by both professional artists and amateurs alike. “It’s great to see the artistic talent that is flourishing not just among professional metal artists but also welders, apprentices, teachers, tinkers and hobbyists,” said Mark Shaw, Managing Director, Kemppi Australia. This year, the competition again features a dedicated amateur category. Entrants can win from a pool of four great prizes. The prizes include state-of-the-art Kemppi welding equipment and helmets, as well as clothing and gloves. The competition will run until Monday 30th September and is open to anyone in Australia and New Zealand over the age of 18. For more information on how to enter visit the Kemppi Australia Facebook, Instagram or LinkedIn pages or message Kemppi Australia’s social media pages directly. Alternatively, email skettos@skettos.com.au for a copy of the competition flyer.

International Women’s Day Profile: Kate Ricketts, developer of world first biofluorescent nit treatment

This year’s theme: Inspiring Inclusion Kate Ricketts, a Kiwi mother and entrepreneur has created the world’s first biofluorescent nit powder to improve visibility of head lice during treatment, address the stigma associated with the condition and increase access for vulnerable children. The product, which was recognised with a UN Sustainable Development Goal associated award, has now entered production for domestic and international markets. NZ Manufacturer caught up with Kate ahead of International Women’s Day to hear about her journey. What does International Women’s Day mean to you? It is a time to celebrate the amazing things that female innovators are currently doing and recognise the pioneers who have paved the way for change. It’s also a time to reflect on the areas where progress is still needed. In today’s business environment, do you see opportunities and also recognition for aspirational female entrepreneurs? Having developed my product with the University of Auckland, I’ve been fortunate to have experienced their entrepreneurship incubators and how they feed into the wider world of industry. You have access to amazing people who have helped when the training wheels came off and who understand some of the additional pressures that come with being a female founder. Tell us about what you do I’m the founder of ISpyNits, a company that produces a glow-in-the-dark head lice treatment product that allows you to better identify lice eggs and remove them to prevent reinfections. We have developed a supporting education programme using biofluorescence to destigmatise the condition among children. How did the idea for a biofluorescent powder come about? The product was developed in response to a frustrating problem that many parents have faced treating head lice and missing eggs. As a vet nurse I used UV light to confirm the presence of ringworm and read an article suggesting […]

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