A smart flexible approach to automation

A revolution is like a wave. It builds over time and gains continuous energy before finally reaching the shore. Some might go as far as to liken Industry 4.0 to a tsunami rather than a wave; it started off slowly since its inception in 2011 but has since then gained massive momentum, disrupting the industry as we know it.

While the pros far outweigh the cons, the concept has given way to terms like the Internet of Things (IoT), smart sensors, cloud analytics and more, thereby striking uncertainty into the hearts of manufacturing leaders.

For SMC Corporation, certainty comes by embodying a restrained approach to Industry 4.0. The Japanese head quartered company follows the management culture of investing in proven technologies rather than jumping into the unknown.

Today, SMC offers a full suite of industrial automation solutions ranging from pneumatic and electric actuators to fluid control products and airline equipment, as well as sensors and switches.

Where it All Began
Dr Henning Kagermann, Dr Wolfgang Wahlster and Dr Wolf-Dieter Lucas delivered a speech at Hannover Fair in Germany in April 2011 which would have great impact on the industry in years to come. For these three scientists there was little doubt that the future was here, and that it was digital. They were quoted saying: ‘The digital finishing of production plants and industrial products through to everyday products with integrated memory and communication capabilities, radio sensors, embedded actuators and intelligence software systems, creates a bridge between virtual ‘cyber space’ and the real world. This will be achieved through the synchronisation of digital models and the physical reality.’

The Challenges Faced
Jozef Ceh, digital transformation and Industry 4.0 manager at SMC Corporation ANZ said that factories now have more sensors, more data and more connected devices than ever before yet so many people still battle to understand Industry 4.0’s true value.

SMC has identified four common challenges faced by our customers. These are pertinent across the globe and are split into four categories, namely: physical challenges, time and value challenges, executive challenges and human challenges.”

Physical challenges: These typically revolve around the need to reduce the size of products, its weight and the consumption of energy in the production process. These improvements have the added benefit of reducing the demand on compressed air systems.

Time and value challenges: These include the need to increase productivity and throughput. Having more workers carry out low-skilled repetitive tasks instead of value-added tasks should be of concern to all companies. Here, customers express the need for more intelligence in their plants.

Executive challenges: This refers to managers and leaders’ ability to make decisions based on the information available to them. Being able to refer to real-time data instead of quarterly management reports proves to more valuable in ensuring effective decision making.

Human challenges: This relates to technology skills shortages – something that has created a discrepancy between the skills that industry needs and the skills that new graduates possess. Additional factors to consider is the usability of equipment and software.

Introducing Smart Flexibility
SMC’s answer to the hype around Industry 4.0 is to take a practical approach by helping its customers to derive real value from their digitisation journey. “This approach is known as Smart Flexibility.  It encompasses flexibility in industrial networking, flexibility in e-maintenance, flexibility in machine adjustments and smart energy efficiency,” said Ceh.

SMC’s technological innovations span everything from air leak-detection systems and speed controllers to wireless fieldbus systems and actuator position sensors. 

Digital Journeys around the World
Tapping into trends from around the world, SMC has highlighted several key regions where they have been active in helping customers embrace change. They share their digital journeys with the world:

Eastern Europe: The automotive industry is a key focus area for Central and Eastern Europe. Here, we’re seeing demand for increased accuracy and throughput. Welding cell applications and Hall Installation Plate (HIP) systems are used to distribute various media, including cooling water at low and high pressures. It’s important to monitor these variables – if the cooling water is too hot, or the flow is insufficient, the quality of the welding spot won’t meet the required standard.

A key solution to this is SMC’s wireless fieldbus which eliminates the need for cabling. In cramped and tight spaces, especially on robotic arms, it can be difficult to run cabling to electric actuators or sensors located on the grippers at the end of the robot arm. Doing so not only limits movement but it causes wear and eventual failure of the cabling. By using a wireless system, the customer can collect sensor data wirelessly while reducing complexity.

Italy: Most of the SMC customers in this region are industrial original equipment manufacturers (OEMs) – they’re generally small to medium businesses operating in the automotive, packaging, plastics, food and beverage, pharmaceuticals, cosmetics and machine tool sectors. Because customers export over 75 per cent of their goods outside Italy, one of the biggest challenges they face is competing in a global market.

SMC has overcome this issue by offering pneumatic and electrical actuation systems that can overcome variability in many complex applications. What’s more, they’ve developed sensors that allow this functionality to be applied to existing pneumatic systems, giving us even greater control of this previous analogue technology.

Germany: Climate control is a big focus in the German market and places demand on product categories such as climate control solutions, chillers and pneumatic as well as electric actuation components.

SMC has setup demonstration labs to showcase the latest technologies. These cover everything from predictive maintenance and IO-Link connectivity to condition monitoring and intelligent software. While it is true that many of these technologies have been around in one form or another for the past 20 years, it’s important that  people are educated on the digital benefits it offers.

To conclude, Jozef says: “We strongly urge customers not to change for the sake of changing but rather to adopt a philosophy of flexibility and map out a transformation journey. Smart Flexibility is designed to make the most of technological innovation in a way that delivers practical results to our customers. We take a flexible approach to our customers’ digital journey.”

Report says cost putting off investment into digital in manufacturing

A new RMIT report on Australian industry’s digital future reveals widespread hesitation to embrace game-changing technologies for fears of cost.

The Demystifying Industry 4.0: Helping SMEs lay the tracks for Australia’s digitalisation express train white paper has just been launched by RMIT University. It follows in-depth interviews with over a dozen executives from SMEs and larger companies across Australia and ongoing engagement with the local advanced manufacturing sector.

Industry 4.0 (i4.0), the fourth industrial revolution, uses technologies such as AI, big data and cloud computing to provide up-to-date information for better decision making.

No industry sector or business will escape the impact of I4.0. The disruptive changes are already happening and are escalating rapidly

RMIT University’s Dr Ben Cheng, who led the project, said fear of cost and feeling overwhelmed with the complexity of linking older and newer technologies into a single data stream was still holding many local SMEs back despite the massive potential to be realised.

“The businesses we talked to mostly assumed Industry 4.0 implementation was inherently costly and therefore only within reach of large, cashed-up corporations,” Cheng said.

“Contrary to these perceptions, transitioning to I4.0 technologies doesn’t necessarily require major investment – there are more affordable technologies, such as data analytics, that can return significant value when expertly deployed within a manufacturing enterprise,” Cheng said.

The White Paper suggests that getting started in transitioning to i4.0 technologies, even at an entry-level, can yield direct bottom-line benefits and pave the way for higher returns as a business’s level of data maturity grows.

The further along the I4.0 journey a business travels, the greater the value generated: from just seeing more data all the way to systems self-optimising.

“For low-profit margin manufacturing operations, in particular, staying agile and with or ahead of the game is crucial. The potential impacts of incrementally increasing the efficiency of mechanical and human resources, cutting costs and reducing waste cannot be understated.”

The key requisites for success in transitioning to i4.0 technology, as outlined in the white paper, were a commitment of top management, a deep understanding of one’s own business and the potential and desired level of transformation; and having a clear implementation strategy.

Start by getting your head around your data
Cheng said many companies were struggling to get their heads around what the most relevant data was and extracting value from it.

“That deep understanding of your own business includes understanding what data you currently produce, or potentially could produce,” he said.

“Before investing in I4.0 solutions, a business needs to develop a specific understanding of which data is most essential to capture, who within their organisation will use it, and how that data can be presented to these people in meaningful ways that meet their needs.

Developing an I4.0-savvy workforce is an important step in making the right decisions at this stage. The white paper outlines the value of partnering with universities to get PhD researchers working on projects, or hiring recent university graduates, as ways to tap into the next generation of digitally savvy engineers.

Cheng said taking a business towards I4.0 doesn’t have to happen overnight, that it was more of a journey.

“However, there is still a need for timely action, particularly if competitors are already gearing up and introducing I4.0 technologies,” he said.

“The I4.0 express train is leaving the platform and playing catch up if left behind could be costly. It is important to be on that train and to keep moving forward as quickly and strategically as possible.”

Industry 4.0 delivers opportunities to manufacturing in 2020

2019 was another interesting year for the manufacturing sector. Competition and cost cutting forced manufacturers to operate more efficiently and as a result, the industry turned to Industry 4.0 for its long-term benefits.

More than a fad or buzzword, Tim Keech, Sales and marketing director for SMC Corporation says that Industry 4.0 is here to stay, and it’s set to have a major impact on the industry in 2020.

“Manufacturing has become increasingly competitive. We’re competing both locally and on an international front where many manufacturers are already advanced in the implementation of IoT (the Internet of Things) solutions,” said Keech. “Australia should leverage the benefits of implementing Industry 4.0 solutions to remain competitive.”

Keech notes that challenges around cost reduction, energy savings, compliance with environmental initiatives, effective supply chain management and stringent health and safety standards can be alleviated through the implementation of Industry 4.0 technologies.

READ MORE: SMC’s smart thermo-chillers for peace-of-mind

“Some of the most recent challenges addressed by Industry 4.0 solutions is meeting the evolving expectations of consumers, such as immediate access to products and services and access to more detailed information about the products. Smart manufacturing helps to meet this demand and we see this trend continuing to grow and influence production in 2020.

“With changing technology comes a change in job skill requirements. Both production and people need to evolve at a rapid pace. “We need people who can interpret and utilise the data which Industry 4.0 will bring. This is one of the major challenges facing the industry,” said Keech. “This skill can only come through on the job experience, making it critical for STEM undergraduates to be closely aligned and integrated with industry.”

Developing talent
SMC has been evolving not only as a business also as an employer. The company has a keen focus on upskilling and developing their workforce to meet the needs of the changing economy.

SMC has developed a Cadet Program to attract and retain talent. “Through much-needed skills transfer, we are training technical people in sales, operations, logistics and administration to ensure they have a comprehensive overview of the business. These cadets are earmarked for future roles in the business and will be highly adaptable to changing economies,” said Keech.

In addition, SMC is placing more engineers in the field of energy savings and has been setting up digital transformation departments. “Our clients look to us to provide them with insight into automation trends. As a multinational with over 60 years’ experience, we draw on global expertise and skills to ensure that our local teams are trained up and ready to add value.”

Security and IOT
Keech believes that no one company is immune to cyber security threats and that these continue to have major implications on business. “Fear of such risks may initially hamper the appetite for investing in Industry 4.0 technology. It is however a matter of educating customers with industry proven solutions and processes that are available to limit exposure and protect their business.”

The challenge of our environment
Keech notes that shrinking resources, climate change and power hikes continue to affect business. “We cannot ignore this factor. It puts pressure on the supply chain and impacts our ability to compete – both locally and globally. Drought conditions continue to affect our farmers and we are now finding that reduced access to reliable water is having similar impacts on the mining and manufacturing industries.”

Supporting Australia’s 2030 climate change targets, SMC’s energy saving efforts remain active and continuous. “Many manufacturers are starting to realise the hidden costs of compressors running inefficiently throughout their plants. The recent success of SMC with several multinational manufacturers demonstrated real savings at the compressor.”

According to Keech, SMC’s team of engineers work closely with customers to meet their energy saving mandate. “We have the ability to identify areas of savings, from something as simple as identifying excessive leakage through to optimising the pressure and flow through the use of regulators, boosters and more.”

“2020 promises to be an interesting year but manufacturing is gearing up for the changes that are required to remain competitive,” said Keech.

SMC provides 4.0 solution for New Zealand-based manufacturer

Residing in Hawkes Bay, Hawk is a proudly New Zealand-owned and operated company. Sustainability is at the heart of the organisation and as a moulded fibre packaging suppliers, all of its products are made from 100 per cent recycled paper.  Its packaging solutions are used for, among other things, apple trays in the horticulture industry.

“Our paper is deliberately sourced from kerbside collected recycling paper. We don’t use any nasty bleaches, pigments, biocides or toxic chemicals in our manufacturing. Our products are recyclable and compostable after end use,” said David Styles, engineering manager of Hawk Packaging.

“Our facilities are located in the centre of the largest apple growing region to ensure minimised transport requirements and a lower carbon footprint,” Styles said.

Innovation for an innovative company
With this unique approach to business, energy savings remains a fundamental focus and partnering with like-minded suppliers is key. As a preferred supplier and in collaboration with East Coast Automation, SMC offered an innovative solution to a problem that was hindering Hawk’s production processes.

READ MORE: One cable solution for automation in processing factories

Area sales manager for SMC in New Zealand, Dirk Siekmann explained that a fault in a stacker robot designed to stack bundles of finished products on top of pallets was causing downtime. “An intermittent fault in the control of this particular robot was instigated by a communication cable failure. The robot had seen its fair amount of wear and tear after years of rotation and bending”.

Out with the old, in with the new
Working together with East Coast Automation, SMC recommended their recently launched Wireless Fieldbus System, EX600-W. The EX600-W met the brief to deliver on time, on spec and on budget. “The installation was simple, and the solution was the perfect match for this particular application” said Chris Robertson, director of East Coast Automation.

Answering to the call for more robotic applications the EX600-W is currently being used extensively in the packaging industry, and the response from the market has been overwhelmingly positive.

According to Siekmann, this decentralised solution is EtherNet/IP and PROFINET compatible, can withstand electric noise and is suitable for harsh, industrial environments. “This wireless fieldbus system can manage both digital and analogue signals, as well as pneumatic products – making it a flexible solution for all applications”.

The EX600-W was designed to make robotic applications easier. The EX600-W is small and light weight, fits onto the robot head, has minimal wiring, offers remote control and fault finding, among other features.

“The EX600-W uses the 2.4 GHz ISM frequency band and every 5 msec frequency hopping. The noise resistance design makes it even suitable in welding environments,” says Siekmann. “We are pleased to say that we have a happy customer.”

APS eyes long-term partnerships as key to help industry move forward

APS was born on March 1st, 2018, a time seen by the company as when it provided industry with a new choice by consolidating what can at times be a fragmented market. It brought a range of high-visibility brands in the industrial low- and medium-voltage electrical and automation space under one roof.

Headed by industry leader Lloyd Thomas (chairman – APS Group) and David Hegarty (managing director – APS Industrial), APS came into being when two companies were acquired – Ramelec and HiTech Control Systems. Thomas and his board then quickly set about putting national distribution deals in place with highly rated global manufacturers such as Siemens, Rittal and Weidmüller.

Siemens has a leading global market share, but less so in Australia. It was the apple in Thomas’s eye when he thought about putting APS together.

Building on that, APS then signed national distribution deals with a range of other German companies including the aforementioned Rittal and Weidmüller. Other brands under its umbrella include KATKO and Epcos (TDK). In Hegarty’s words, APS has become a “one-stop shop for industrial automation and power distribution needs”. As if to reiterate the point, Hegarty is also clear on what APS has to offer the market.

READ MORE: APS Industrial strengthens commitment to Queensland with branch relocation

“The advantage we bring to local customers is that not only do we sell quality products but the breadth of our portfolio is so impressive,” he said. “Our global manufacturing partners produce an incredible number of products and that’s what we give the local market access to. We are giving consumers a large choice in one place.”

APS is here for the long game, and doesn’t consider itself an overnight success, despite its rapid rise in the industrial electrical space, said Hegarty. He also knows the direction the company is heading is the right one. He feels that the sooner the industry can appreciate the benefits of Industry 4.0 and commence their digital journey, the better for all companies participating in the Australian industrial ecosystem.

“I was at the Siemens Digitalise 2019 in Brisbane, and it is clear a key challenge that the industry is going to face is getting started on their digitisation journey,” he said. “There are already early adopters paving the way, and there are going to be more examples of this over the next six months where companies are willing to take a step from what they are currently doing manufacturing, product and process wise. They’ll say, ‘we’re on the cusp of something big here and we are going to take these first steps to go down the path of digitisation and are ready to commence our journey. It takes courage, but we are going to do it because this is how we will survive and thrive. We have to’.”

Siemens invest billions of euros globally on research and development and the whole idea of Industry 4.0 and smart manufacturing, said Hegarty. They are leading the way and that APS can exclusively help bring this to Australia is a unique point of difference for him.

“Take a brand like Siemens – when all of your products are from the same manufacturer you get unrivalled communication and integration capability – power distribution, automation, motor control – everything comes from the same manufacturer and are all connected,” he said. “Nobody else can offer this. In terms of what industries that suits, manufacturing is obviously a big one, as well as mining and utilities who are the ultimate beneficiaries of this performance and data visibility. Switchboard builders can see the benefits, as well as wholesalers and contractors. For the end user, it ultimately means they can manufacture more efficiently, have less downtime, and experience gains across their operation that are currently unattainable. Our manufacturing partners are also at the pointy end of Industry 4.0. This should provide the local market with a lot of faith in terms of what we can offer and help them achieve.”

Hegarty also said that APS will now give local manufacturers more of a choice when it comes to industrial, electrical and automation gear. He knows it will take time for consumers to get to know the company, but is confident that what they have to offer is something unique.

“We want to be in the conversation and we want the industry to understand the full benefits of Industry 4.0,” Hegarty said. “The suite of products, the communication abilities of digitisation technology are what are important and we want to be a trusted partner in that space. Within the next few years we will have proven our offerings to industry, and they will consider us a trusted advisor and partner.”

APS is seen as a relatively new player in the market, but its already having an impact on the industry. This is proven by not only the increase of staff since inception (it has almost tripled), but also by the amount of investment it has put into bricks and motor.

“In September 2018, we moved to a brand-new national distribution centre in Melbourne,” said Hegarty. “And that allowed us to dramatically increase our stock holdings and invest in expanding our team. In August this year, our Queensland office also moved into a new facility, to do the same.”

Although still only young in terms of being in existence, it is the experience it has behind it at management level that will make APS a long-term player in what is an increasingly competitive market.

Are you ready for the next revolution? Prepare your people for the Industry 4.0

Industry 4.0 is here now and threatening to disrupt your business. It’s not too late to prepare; start with your people and up-skill them for an integrated, automated manufacturing supply chain.

You’ve probably heard the term “Industry 4.0” bandied about – the fourth industrial revolution, the next thing you need to worry about. An automated, integrated and augmented smart factory sounds great in practice, but what does it mean for your people, your bottom line and the future of your business?

One of the biggest fears about Industry 4.0 is the impact it will have on your workforce; if machines are supplementing your people, that’s great for the bottom line, but what about the uncertainty around job security and the skills that will be needed for the future? The jobs most at risk are simple, repetitive tasks like pick-and-pack and clerical or admin roles.

As the research director for the service robotics market at IDC, John Santagate reminds us,

“Just because you can automate something, it doesn’t mean you should”.

Creative and time sensitive decisions will still fall to your people and currently, robots aren’t well equipped to do things like climb stairs or cope with uneven surfaces.

One thing is certain: the potential of Industry 4.0 is under-realised in Australian industry. If harnessed correctly, there is the possibility of improving operations, maximising the potential of your people, and achieving better collaboration across the supply chain.

You will need to create certainty within your teams that their jobs are secure and there will be a future for them with your company, but potentially in a different role. Take the time to educate them with skills that can be developed alongside technology.

And believe it or not, but jobs are increasing – Amazon grew their warehouse workforce with over 100,000 employees in 2017 and followed with similar increases yearly. Utilise the power of your workforce by helping them learn how to operate new technology and maintain it so they can grow with your business as technology becomes more integrated.

Identify where your organisation is lacking in skills and make it part of your five-year plan to recruit in those areas, or help your existing employees up-skill. The Australian Industry Group found in a 2018 report that 75 per cent of Australian organisations face skill shortages when recruiting for automation, big data and AI. There’s a shortage of graduates in this area, so you may need consider executive programs to support the growth of your people in these areas.

Another key skill to maximise the opportunity of Industry 4.0 is the ability of your people to move beyond the technical skills of their day-to-day jobs. Deloitte in a report published in May 2017 identified that 75 per cent of future jobs will require soft skills such as teamwork, critical thinking, curiosity, adaptability, and persistence. There’s no degree for creative problem solving, so this is something you will need to support your people with; learning on the job or going to training and short courses to help them upskill.

And this is just the people side of the fourth industrial revolution. Your people are going to be the best return on your investment, but what about technological investment and getting your head around machine learning, AI, automation, and all the other buzzwords?

To help you navigate the complex world of the next industrial revolution and what it means for your manufacturing supply chain, the ASCI2019 conference on September 17 to 19 brings together leaders in the Industry 4.0 movement and the innovators who are pathing the way to the future supply chain. Business managers will have the opportunity to fully customise your own agenda with two days of high-quality content from more than 60 speakers.

Challenges and opportunities of Industry 4.0 the focus of AUSPACK conference second day

Expert insights on how companies can get on board the fourth industrial revolution were among the highlights of the second day of the AUSPACK 2019 conference being held in Melbourne this week.

According to John Broadbent, founder of Realise Potential, businesses which are slow to adopt Industry 4.0 and Industrial Internet of Things (IIoT) technology will risk being left behind.

Broadbent told the audience that early adopters of this technology will find themselves at a significant advantage once the rest of the industry catches up, while those who delay their uptake will struggle to keep with the pack.

“The longer you kick the can down the road, the bigger the gap becomes,” he said.

According to Broadbent, the nine main use cases for Industry 4.0 and IIoT technology are asset tracking, automation, predictive maintenance, safety and security, smart buildings, customer engagement, data intelligence, product-as-a-service, and agile design processes.

The utility of properly gathering and analysing business data is huge, says Broadbent, and can save businesses time and money,

“How would you feel about sitting in your car with no dashboard, windscreen blacked out, rear view is where you were thirty days ago, and the managing director is in the passenger seat asking are we there yet? You wouldn’t drive like that, but people run their businesses like that all the time,” he said.

Broadbent later facilitated a panel comprising Paul Barber of Lighthouse Systems, Michael Parrington of Pact Group, Richard Roberts of the Open IIoT industry group, and Alan Spreckley from ABB, to discuss practical implementation of Industry 4.0 systems.

Spreckley said one major barrier to adoption of Industry 4.0 is change-aversion in businesses.

“People in general have a resistance to change. They feel too comfortable with where they are and what they have,” said Spreckley.

Broadbent argued that there is never a “right” or “wrong” time to invest, and that businesses need to get on board and constantly update themselves.

“The right time for continuous improvement is always,” said Broadbent. “It doesn’t matter when you’re doing well or not doing well.”

According to Roberts, one crucial early step in embarking on an Industry 4.0 project is forming partnerships, either internal or external, to ensure your business has the skills needed to operate the new technology.

“If you don’t have that expertise, you can look to bring it in, or you can seek out other experts in the area,” said Roberts.

Parrington agreed, saying seeking external help is one way Pact has tried to overcome the skills gap.

“We try to understand what we don’t know, and where we’re not skilled we bring people in,” said Parrington.

According to the next speaker, Peter Hern from Universal Robots, while Industry 4.0 is connecting machines through the utilisation of data and internet connectivity, Industry 5.0 will involve humans and machines working collaboratively.

Hern pointed towards the “cobots”, or collaborative robots, which are produced by his company, as emerging examples of Industry 5.0 practices. Hern emphasised that the developments in automation and robotics shouldn’t lead to fears that human workers employed in manufacturing will be replaced. On the contrary, providing robotic helpers can make existing jobs more productive, safe and efficient.

“What we find is that the human-robot collaboration is actually 85 per cent more productive than humans or robots alone,” he said. “It’s not about replacing human employees – it’s about helping them to do their jobs and stay involved in the process.”

Cobots that are specifically designed to work alongside humans, and according to Hern, can offer benefits such as increased productivity, lower costs, improving quality, boosting innovation, competitive advantage, and reshoring of manufacturing. They also free up human workers from repetitive, dull, dangerous or mundane tasks to focus on jobs that can bring more value to the company.

“Those who are slow to respond risk losing business to others who will embrace the future of manufacturing,” warned Hern.

SMC Pneumatics explains benefits of getting on board with Industry 4.0

Japanese-based SMC Pneumatics knew that in order to future-proof its business it needed to get on-board with Industry 4.0 especially with the push towards automation.

“Five years ago, the managing director of SMC brought me in to reposition the business post the mining industry moving from greenfield to brownfield,” said SMC Pneumatics’ Australian and New Zealand director of sales and marketing James McKew.

“We needed to move from a capital investment phase to a maintenance repair and overhaul phase. We saw the mining boom come off quite considerably until about late last year. What I don’t think SMC contemplated was the car industry going away so quickly in Australia,” he said.

Luckily for McKew and SMC Australia and New Zealand, the route a Japanese-based company takes differs from that of a traditional western industrial enterprise. It is this support and direction that McKew sees as the starting point for the growth the company has seen.

READ: SMC to showcase its new Industry 4.0 technologies at Foodtech Packtech New Zealand

“In hindsight, it was quite exciting because the leadership in Japan, fundamentally our founder, said ‘go back to Australia, get your team together and tell me what you need to reposition the company so it stays on a growth trajectory’, as opposed to the alternative,” said McKew. “The western philosophy would have been, ‘well your major market is going down, make sure you resize your business and make it profitable’. The Japanese philosophy was, ‘you tell us the investments you require to target and access new markets and based on your representations we’ll look at making those investments’. So we did.”

And has there been a pay off? Absolutely, said McKew. While the mining industry was off the boil, SMC aggressively targeted those businesses from the OEM and end user side with the multi-site operators. Its market share over the past three years has gone from the low 40s, percentage-wise, to 51 per cent. And it is in growth in every single market in Australian and NZ. The last two-year financial results for SMC have been the best in a decade, according to McKew. The company is now on a trajectory to be the biggest it has ever been in the industry.

Which brings us back to Industry 4.0, smart factories and making sure that a company is future-proofed when building new plant, machinery and the automation aspects.

“I think educating people is what makes automation an easy sell,” said McKew. “I think everybody in manufacturing – ourselves included – is tasked with asking themselves ‘how will our future look and what technology do we need to drive it?’. You are future proofing. We also need to talk about the benefit of big data and being able to intimately understand our businesses at a granular level. So the question is asked – how can we chart our future based on those two things with massive improvements in efficiencies and substantial improvements in understanding things at a granular level? We look at the different pieces in our business and how they align with the best possible operation result.”

This brings us to the next aspect of Industry 4.0 that has been mentioned and really gets McKew animated. Big data.

“When going down the big data path it is being able to understand intimately – from a data capture perspective –  what your employees in the field are doing,” he said. “How does that correlate to a fantastic result? By capturing the data and analysing its correlation to results, you can get extraordinary performances from your people in field service or field selling.

“I think big data support in manufacturing is going to lead to a rejuvenation of the sector. When you look at the investments being made in the advanced manufacturing sector, I think there is finally a light that has gone on in government that says manufacturing creates more value through supply chain than just about any other industry including financial services.

“The growth in manufacturing is economically sound. If you look at the investment that the federal government has put behind the advanced manufacturing growth sector initiative, and the fact they are rolling their sleeves up and actively wanting to promote manufacturing, it is showing everyone where it creates value.”

McKew is also optimistic about the traditional manufacturing and primary industries within Australia, some of which have struggled over the past few years. He believes that Australia has to play to its natural resources. The sector has to acknowledge that food is just as much a part of this as minerals are.

“I even think that the current conversation around the ban of live exports is a positive for Australia,” he said. “The ban is good for Australian manufacturers in that, in my opinion, it will result in jobs for Australians in Australia.”

Speaking of jobs, doesn’t all this talk of Industry 4.0, robotics, automation and a slew of modern manufacturing processes mean less jobs for the traditional Australian working man and woman?

“A protein processing plant can’t run with lights out,” said McKew. “You still need people, so everything is not fully automated. It’s around how you employ people and those people – particularly in automated plants – are being paid better rates because they are in a more sophisticated role.    What I’m talking about is initially opening and expanding plant.”

McKew is also optimistic about the next few years for the Australian manufacturing sector. He believes Australian industry needs to be more aggressive, and not towards the low-cost labour markets in South-East Asia, but against more traditional industry rivals.

“I am very positive for the next two to three-year outlook. You’ve got to formulate your strategies properly,” he said. “They’re not Disneyland, but they’re not Luna Park either.  You have to be realistic about how far out you can look. We are expecting positive momentum in the manufacturing sector, especially the food, robotics, mineral processing, building products and aggregate. What we are also seeing a lot of is automation in large warehouses. I think for Australia there is an opportunity there because at the moment, a lot of that technology is coming straight in from Germany. There is no reason that Australian automation companies cannot deliver those solutions. Designed, built and delivered in Australia and New Zealand. Germany is a high-cost country.

He believes that Industry 4.0 is about keeping high-cost labour countries in play and believes that what people forget about Australia being high cost is that the country also produces high-quality goods.

“It’s all well and good to malign the manufacturing sector – the costs are what they are – but we are high quality,” said McKew. “There is nothing that comes in from Germany or Japan that Australia can’t do as well. I think in the presence of an automated warehouse, that knowhow and expertise is a combination of Australian and New Zealand engineering and manufacturing, and componentry from Japan and Germany. World-class solutions can be deployed in Australia and New Zealand.  We’re having bigger conversations in Australia about manufacturing and quality. The reason we are having these conversations is because manufacturing is important to so many Australian families who can rely on it for employment. We are committed to the sector and are committed to manufacturing across the five locations we manufacture in Australia and New Zealand.”

ESM Australia helps businesses keep costs down with modular software systems

In the modern Australian manufacturing environment, it is important to manage costs.

With stiff and cheap, competition from overseas markets, having a competitive edge is important if you want to run a successful processing business.

The old adage, “If you can’t measure it, you can’t improve it” remains as true today as it’s ever been. But measuring some processes in food accurately can be difficult.

Some use manual paper-based logging or performance metrics, some use a hybrid system of paper-based and digital and a growing number are using new technologies to capture data automatically, directly from process machinery and smart sensors.

Connecting these systems and managing their data is not without challenges.

Almost all manufacturing enterprises have different plant from different vendors and there are generally and various control system vendors, makes, models and communications protocols to deal with.

And once you have the data, then what?

The rewards can be immense.

Once production data is available to management, operations and maintenance, productivity can be measured and fine-tuned.

This is where the new monitoring and control platform, Ignition, comes into its own. With the Internet of Things (IoT) and Industry 4.0 making their footprints felt on the Australian manufacturing landscape, the Ignition platform is designed to help connect, collect, and harness process data to implement positive changes within the food processing industry.

“Ignition is a great connector of things,” said Glen Fry, managing director of ESM, an Australian distributor and gold-certified integrator of Ignition.

“It makes an ideal platform for the Internet of Things because of the interconnectability and scalability it offers. Ignition is a very open design, yet incredibly secure,” he said.

“Ignition connects to nearly any field device such as PLCs from all major automation vendors, variable speed drives, or an obscure IoT enabled sensor. It doesn’t really matter what it is. We are able to get that data easily and cost-effectively then store, analyse, and visualise.”

Once the data is in the standard SQL database, Ignition provides powerful tools to format and display data either in real time, or historical trends.

The best insights can sometimes come from areas you don’t expect.

Modules that provide machine-learning and AI-based data analytics to carry out some predictive analysis are available, and those tools can give users insights into data they were not going to see just by looking at it due to the large volume of data available.

Ignition is a modular system, so it can be catered to a company’s individual needs. Fry said his company will help a customer decide what parts of the system is best for them. Best of all, the system is hugely scalable, with the typical installation providing unlimited device and data connections, and unlimited users, for one cost.

“We work with the client to scope their requirements concisely up front,” he said.

“It means that we need to get a good insight into what their business is doing so that we can help pick the right metrics to measure. Results only come from the client taking those actions. It’s the visibility of that production process that allows people to make changes that drive those yield improvements.”

One local customer told Fry implementing changes based on the data the Ignition system highlighted offered up a net saving of “around seven percent” on running the plant.

That sounds like a lot, but tightening productivity, and quality is much easier when you have a tool like Ignition to help identify problem areas.

When the business is turns over more than $100 million, those savings get put into perspective pretty quickly, said Fry.

“For that particular project, we implemented a full visualisation and manufacturing execution system for [its product] and that has been a large-scale process,” said Fry.

“Apart from the obvious costs savings, it’s given the clients a much greater insight into their business.”

And that is the key to the whole Ignition platform.

It is designed to cut out the hassle of dealing with the different variety of vendors’ plant and machinery used in the manufacturing process. It allows for the monitoring and reporting of how the plant and machinery is working without having to go to each individual piece of equipment and find how it is running.

“Ignition helps to paint a picture of where your problems are,” said Fry.

“The important part about that is that we can measure in real time the productivity, quality or availability and the downtime of machinery in a production environment,” he said.

“By looking at those variables we are able to devise OEE [Overall Equipment Effectiveness]. What that does is give us not only real-time data but also provides us with historical data.

That data has huge potential, too, because we can look at the productivity of a line – month-on-month or product-on-product and understand whether the plant’s performance is getting better or worse.”

Fry is also at pains to point out the one other differentiation between Ignition and most of its competitors, which is the pricing structure.

“With many other systems you’ll need to buy more client licenses, more tags, more development licences. With Ignition’s standard unlimited licencing model, if you want to connect another section of plant or add 20 users, it costs no more than the engineering to design the pages.

“That can be an enormous saving and with some companies those extra fees legacy SCADA system impose can be a huge pain point,” said Fry.

SMC to showcase its new Industry 4.0 technologies at Foodtech Packtech New Zealand

As the global innovation race continues, the continent looks to it manufacturers to advance innovation, unlock new opportunities and to ultimately accelerate the economy.

This is evident in the food and packaging industries, where SMC has been working on its new Industry 4.0 technology.

SMC has a clear strategy and the technology to help implement Industry 4.0 solutions for all its customers.

Today it’s all about faster and more flexible processes and plants to ensure sustainable, increased production and reduced costs.

READ: Potato company partners with SMC to bring field to fork while saving energy

The company will be showcasing its latest Internet of Things (IoT) solutions for the food and packaging industries at this year’s FoodTech PackTech event in New Zealand.

SMC has also developed a state-of-the-art training system to further enhance the skills of maintenance teams for optimised productivity and maintenance scheduling.

The SIF-400 is SMC’s latest training system which looks to simulate a production line using IoT technologies.

Training can be conducted at the company’s training facilities or on-site and it allows maintenance team to get hands-on with the latest technologies in a safe and controlled environment.

SMC Digital transformation leader and electronic platforms manager Jozef Ceh will be featured as a guest speaker at FoodTech PackTech and will be talking about Industry 4.0.

Industry 4.0 brings with it a host of jargon and uncertainties.

The feedback from customers in the past when attending Industry 4.0 talks is that at the end of these, they still aren’t too sure of how to approach Industry 4.0 practically and how to incorporate it into their environment.

The team at SMC will be at FoodTech PackTech to discuss industry 4.0 with ease.

The event is at the ASB Showgrounds in Auckland from the 18th to 20th of September.

SMC delivers automation solutions worldwide.

It offers more than 12,000 basic products with over 700,000 variations.

SMC supports a practical approach to Industry 4.0

With advances in technology, industrial manufacturing is moving ahead at breakneck speed.  Machines are becoming more efficient due to cutting edge developments in automation that bring both improved performance and versatility. This combined with the development of intelligent robots means that smart machines are no longer a distant vision in the future.

According to Jozef Ceh, Electronic Platform Manager for SMC Australia | New Zealand the Industry 4.0 buzz is often confusing for customers. “We all know we have to get on the Industry 4.0 trend but how to do it practically is often the question. After some seminars and workshops I have encountered customers who are just more frustrated with all the jargon and talk when a practical approach is required” comments Jozef.

“That is where SMC comes in. We are simplifying it and helping our customers in practical ways to navigate through this sea of Industry 4.0 information – we offer products that are Industry 4.0 ready” adds Jozef.

Using advanced sensors and cloud computing, the internet of things can connect every phase of the production process to keep equipment operating at capacity, tracking any issues through the product life cycle including just-in-time maintenance and logistics. Today, these advances have been grouped together and are commonly referred to as Industry 4.0 – the next industrial revolution.

Along with the name, Industry 4.0 has generated a host of new terminology which Jozef says their experts are happy explain in more detail – these include:

  • Digital Production
  • Smart Service World
  • Automation
  • Real-time feedback
  • Big data
  • Individualization of products
  • Shopfloor Management
  • Batch size 1
  • Internet of things
  • Man/machine interface

To accelerated innovation through tailored services, SMC offers integrated product and system solutions. We help our customers create innovative solutions that add value to their business.

SMC can assist customers with the following:

  • support during the initial concept/planning stage
  • provide individual product and system concepts incorporating the latest technology
  • help optimise and modernise your plants

The outcome for the customer will be:

  • reduced lifecycle costs
  • lower operating costs
  • competitive advantages

Evolution through innovation

SMC is firmly committed to meeting the needs of our customers and we regard Industry 4.0 as the continuous and innovative development of both new and, in some cases, already existing SMC solutions and technologies.

With just a few small steps, it is already possible to successfully produce positive changes and take your first steps towards Industry 4.0.

Despite continuous developments in the manufacturing sector, manually operated valves still have their place in production. While many plants look to significant upgrades and welcome more flexible solutions, manually operated valves still provide significant benefits and are still relevant for certain applications. These hard working, robust valves offer control, durability and cost savings. “This is part of the practical advice customers can expect from SMC. We understand that it is an integration of what you currently have with where you want to be, and we can assist customers with selecting the best path for this implementation” concludes Ceh.

How IIoT revolutionises processes throughout the supply chain

With new technology revolutionising manufacturing and retailing processes at every point in the supply chain, we are now looking to take a dive into the world of the Industrial Internet of Things (IIoT). IIoT is a central technology for Industry 4.0 and is linked to other core concepts, including system integration, big data, and cloud computing. As such, it is important to see IIoT as a crucial part of an overall, larger picture.

The IIoT at its most basic level is an expansion of the Internet of Things (IoT), which connects devices via an online network – enabling devices to collaboratively work with each other to exchange data.

The IIoT takes the premise of IoT and supersizes it. IIoT is a network of networks that connects people, devices, process, and assets at all stages of the supply chain, allowing us to operate and optimise factories in innovative new ways.

However, many manufacturing plants across the globe are formed around disconnected physical systems with different ends of the production process operating in silos. This lack of interconnectivity increases the risk of production errors and, therefore, also unplanned downtime. It is now time for factories to move onwards to a more connected and synergistic system.

IIoT provides a platform for manufacturers to analyse data at every stage of production and extend automated processes to unite previously disparate systems. Greater insight into factory processes enables manufacturers to increase overall equipment effectiveness (OEE), and by reducing human intervention, minimise downtime – and thus maximise profitability.

A key example of IIoT innovation is the cloud, which is a central connection point between devices. Connecting factory equipment to the cloud gives manufacturers 24/7 access to information on production line efficiencies, printer statuses and so much more. The cloud differs from traditional wide area networks (WAN), in that computing power and storage can flex in real time to the needs of the consumer, allowing for spikes in production and resource-intensive operations to be managed effectively.

It is in the areas of IIoT and cloud computing that Domino is shaping Industry 4.0. Through new technologies such as their i-Techx platform and the Domino Cloud, operators can use coding equipment and systems as part of a singular intelligent factory operation.

Domino’s i-Techx platform collects a vast array of data on printer operation – from ink and makeup usage, to running performance, and wear and tear on components. The data is sent to the Domino Cloud where it can be accessed by customers and the insignia Helpdesk team to monitor printers remotely, diagnose faults, and flag potential issues early – before any downtime occurs.

IIoT innovations like i-Techx and Domino Cloud ensure maximum efficiency of Ax-Series CIJ coders, and combined with our SafeGuard warranty support package plans, provide the highest level of aftercare and total peace of mind for our customers. Contact the team at insignia on 1300 467 446 to find out how the Domino Cloud can increase visibility and device connectivity throughout your supply chain.



The next step in the IoT revolution

Now in its second year, the Industrial Internet 4.0 Summit is billed as a must-attend event for Australian manufacturers. Matthew McDonald spoke to two of the participants at the gathering, which kicks off in Sydney tomorrow.

While Industry 4.0 has been around for some time now, it is still a relatively new concept to most manufacturers. As such, many of these businesses have either not yet introduced this new paradigm to their businesses or have not yet discovered the best way to harness the power that it promises.

With this in mind, the second Industrial Internet 4.0 Summit, which takes place in February at Sydney’s SMC Conference and Function Centre, is a great opportunity for food and beverage makers and others to inform themselves about the latest in Industry 4.0.

We spoke to two participants in the Industrial Internet 4.0 Summit who work in the food and beverage manufacturing sector.

Tania Montesin

Tania Montesin, regional manufacturing operations manager Asahi Beverages, has more than two decades’ experience in building and managing large, high-volume end-to-end supply chain management and manufacture of fast-moving consumer goods.

Apart from management of the region, she is currently working with company leadership on planning and deployment of Industry 4.0 initiatives to improve efficiency, consistency and profitability of manufacturing across the region.

When the subject turns to Industry 4.0, conversations tend to focus on things like quality control, improved efficiency, labour market changes and food safety. However, before any of that is possible, a couple of obvious questions businesses need to answer is ‘how do I get there?’ and ‘what is the first step?’

According to Montesin, getting started involves a lot of trial and error. “This area is new for everyone in fast moving consumer goods and definitely new for Australia. There is much piloting and exploration to be done in this space in the next three years to work out for each business how to use it most effectively against corporate goals,” she said.

Tania Montesin, regional manufacturing operations manager Asahi Beverages.
Tania Montesin from Asahi Beverages.



“Industry 4.0 is an enabler of exciting systems such as continuous improvement. Identifying areas of greatest loss in your organisation to target solutions that will provide financial benefit. And importantly, start with less complex projects to prove ideas and concepts early.”

Asked to name some Industry 4.0 success stories, Montesin mentioned larger international companies such as General Electric, Airbus, Rolls Royce. “These are largely engineering organisations where design and reliability are paramount for performance and brand integrity,” she said.

Regarding her experience at Asahi she said that the company started with understanding what is Industry 4.0 and how it can apply to our business and value chain specifically to meet corporate long term goals.

Montesin is scheduled to take part in a Case study presentation, called Collaboration across the digital supply chain at the Industrial Internet 4.0 Summit. She said that attendees will be able to learn more about Asahi’s approach to Industry 4.0 during the presentation.

Siamak Tafavough

Siamak Tafavough, lead data scientist Coca Cola Amatil, has a demonstrated history of working in the finance, food and beverages and health care industries. Skilled in leading advanced analytics projects, designing and structuring framework around machine learning and advanced analytics stream, he is a research professional with a Ph.D. focused in Machine Learning.

When we caught up with Tafavough he mentioned a new term – “Analytics of Things”.

“What we have currently is the Internet of Things which is devices that collect data and are connected to each other. If you can really use that data to get some insight and analyse the data to obtain some patterns, you are going one step further and getting lots of benefit out of this,” he said.

The Analytics of Things, therefore, is all about taking the data supplied by connected digital devices, analysing it, and working out the best ways to make it work for your business or organisation.

Siamak Tafavough, lead data scientist Coca Cola Amatil.
Siamak Tafavough.



“A number of companies are using this technology and benefitting out of it. There is a big growth in using this technology, however the bit we are missing at the moment is not many companies are actually investing in analysing the data. That’s the bit where most organisations are behind,” said Tafavough.

He said that, to date, food and beverage makers have successfully used Industry 4.0 in areas such as transport. “For example, in tracking the movements of trucks, the amount time they spend on the road, in distribution centres and so on.”

At the Industrial Internet 4.0 Summit, Tafavough is scheduled to take part in a panel discussion called, The Analytics of Things – creating new value from IoT data.

The Industrial Internet Summit is being held in Sydney on Feb 21-22. 

Domino Cloud and Ax-Series is helping manufacturers build the Factory of the Future

The fourth industrial revolution is upon us. Industry 4.0 is set to revolutionise manufacturing and production through the utilisation of cyber connected systems, which monitor factory processes to maximise efficiency and reduce downtime.

Industry 4.0 is a globally accepted reality that is affecting nearly every industry worldwide, and is transforming how businesses operate. It introduces a ‘smart factory’, where cyber-physical systems monitor production processes and are capable of making decentralized decisions – for example, monitoring consumable levels in a printer and alerting users that a consumable changeover is required.

In an Industry 4.0 factory, every machine and computing device is integrated and connected to the internet, enabling them to send and receive data – this process is what’s commonly known as the Internet of Things. The interconnectivity of these smart devices is empowering a step change in productivity, efficiency and customer-centric innovation for manufacturers.

This article goes beyond the buzzwords surrounding Industry 4.0 and highlights how it is empowering Australian manufacturers in achieving maximum efficiency in coding and marking processes.

What is Domino Cloud?

The release of Domino’s i-Techx platform and the Domino Cloud service tool are shaping Industry 4.0 in the areas of coding and marking. Both built into Domino’s latest continuous inkjet technology the Ax-Series, is equipped with features to be ready for the factory of the future.

Designed from the ground up to be industry 4.0 ready, the Domino Ax-Series easily integrates into existing production lines and supports a variety of standard factory automation communication protocols such as PACK-ML and OPC-UA.

Additionally, an array of integrated sensors automate system monitoring, allowing for proactive and predictive diagnostics and remote service support through the Internet of Things (IoT) and connection to the Domino Cloud.

The Domino Cloud provides powerful remote diagnostics, remote monitoring and customer reporting capabilities. For example, Domino’s i-Techx platform collects a vast array of data on printer operation – from running performance to ink and makeup levels, to wear and tear on components. This data is can be accessed through the Domino Cloud dashboard where it can be viewed by the customer at any time, regardless of the location. This enables the customer to be alerted to any issues and forecast ink and consumable orders. Additionally, this data incorporates Overall Equipment Effectiveness (OEE) calculations and printer usage changes to provide insights for line improvement and lead manufacturing initiatives.

How does Domino Cloud help manufacturers?

Domino’s i-Techx platform and the Domino Cloud service tool provides manufacturers with error-free coding and system integration, as well as remote access and monitoring. This results in a smart and interconnected network of machines and processes that centralises and simplifies coding processes.

The consumption of ink and make-up can be monitored in real-time, utalising the Domino Cloud dashboard. Additionally, complications can be diagnosed from a distance by the helpdesk team and either fixed remotely or through an insignia service technician who can find the problem on-site.

Moreover, through automation, streams of information for OEE calculations and cost structures can be closely monitored to maximise efficiency, resulting in reduced downtime and increased production at the lowest possible cost.

Decentralised systems can increase profitability for manufacturers by streamlining and speeding up decisions, resulting in increased revenue, market share and profits for many businesses.

For coding and marking processes, Industry 4.0 means that inaccurate codes and unplanned downtime caused by equipment will no longer be a problem faced by manufacturers. Coding and marking machines will become part of a single intelligent factory operation, capable of monitoring performance and assisting team members with making informed decisions.

Domino Cloud is already shaping factories of the future and empowering a step change in productivity and efficiency for manufacturers. “We highly recommend Domino Cloud as a user friendly remote tool that gives us useful management information insight into all our connected production lines” affirms Dorin Cimpu, Manager Strategic Projects, Continental Tyres.

If you would like more information on Industry 4.0, the Domino Cloud, or to speak with the team about upgrading your current coding technology, please contact insignia on 1300 467 446 or visit https://www.insignia.com.au/domino-services/cloud

Dr Nico Adams to lead Swinburne’s Factory of the Future

Dr Nico Adams, formerly of the CSIRO, has been appointed as the new Director of Swinburne’s advanced manufacturing facility, the Factory of the Future.

Dr Adams has a background in materials and manufacturing informatics, and holds degrees from Oxford University and the University of York.

Prior to his appointment at Swinburne, Dr Adams was a senior research scientist and product manager at Data61, Australia’s leading data innovation group formed by the CSIRO.

Dr Adams says he was attracted to the role of Director of the Factory of the Future because of Swinburne’s commitment to research led innovation.

“Swinburne understands that to be successful in the digital economy does not just require technical, design and business model innovation, but also the development of leadership skills,” he says.

“Being part of a team working to achieve this is what makes the role of director so exciting.”

During his time at Data61, Dr Adams developed research to assist small-to-medium sized companies in taking advantage of the digital economy and leveraging opportunities afforded by Industry 4.0.

Dr Adams’ research has been reported in publications such as the Guardian, and he has been an in-demand speaker on industry 4.0 related topics.

Following on from his work with CSIRO and Data61, Dr Adams assumed the role of Program Lead for Digital Transformation and Industry 4.0 at the Innovative Manufacturing Cooperative Research Centre (IMCRC).

At IMCRC, Dr Adams co-developed an innovation diagnostic and an Industry 4.0 business, product and strategy framework tailored for small-to-medium sized businesses.

This framework is about to be deployed through several organisations in the manufacturing industry, he says.

“My previous experience has given me a deep insight into how manufacturing companies in Australia today operate,” explains Adams.

“This insight has suggested practical ways of working with companies to formulate and implement new business outcomes enabled by digital technology.”

The Swinburne Factory of the Future is the first University-based Industry 4.0 Enterprise in Australia.

Swinburne Deputy Vice Chancellor, Professor Aleksandar Subic, says Dr Adams’ expertise in digital innovation and Industy 4.0 makes him the perfect fit for the role of Director of Factory of the Future.

Professor Subic says he is confident that the industry knowledge and experience that Dr Adams brings with him will strengthen Swinburne’s capability and industry partnerships.

“The Swinburne Factory of the Future is the first Industry 4.0 University-based enterprise in Australia, involving a cluster of industries and enterprises to develop new capabilities and workforce for the digital economy,” explains Professor Subic.

“In his new role as Director of Swinburne Factory of the Future, Nico is well positioned to help our team further deepen our strategic industry partnerships.

The Factory of the Future supports the university’s strategy across all domains, including research with impact, future-ready learners, and innovative enterprise.

The facility supports students across the entire life cycle of training, education and research.

“Nico will play a key role within our team in developing the Factory of the Future as an innovative Industry 4.0 enterprise,” says Professor Subic.

Professor Subic said the development of the Factory of the Future into a world-class facility had been further helped with last year’s $135 million software grant from industrial giant, Siemens.

Helping build the factory of the future

Industry 4.0 is revolutionising manufacturing through the utilisation of cyber connected systems, which monitor factory processes to maximise efficiency and reduce downtime. Insignia’s Domino Cloud and Ax-Series are part of this global change.

Industry 4.0 is a global reality that is affecting nearly every industry worldwide, and is transforming how businesses operate. It introduces a ‘smart factory’, where cyber-physical systems monitor production processes and are capable of making decentralised decisions – for example, monitoring consumable levels in a printer and alerting users that a consumable changeover is required.

In an Industry 4.0 ready factory, every machine and computing device is integrated and connected to the internet, enabling them to send and receive data – this process is what’s commonly known as the Internet of Things (IoT). The interconnectivity of these smart devices is empowering a step change in productivity, efficiency and customer-centric innovation for manufacturers.

Domino Cloud

The release of Domino’s i-Techx platform and the Domino Cloud service tool are shaping Industry 4.0 in the areas of coding and marking. Both are built into Domino’s latest continuous inkjet technology, the Ax-Series. Designed from the ground up to be industry 4.0 ready, the series easily integrates into existing production lines and supports a variety of standard factory automation communication protocols such as PACK-ML and OPC-UA.

Additionally, an array of integrated sensors automate system monitoring, allowing for proactive and predictive diagnostics and remote service support through the IoT and connection to the Domino Cloud.

The Domino Cloud provides powerful remote diagnostics, remote monitoring and customer reporting capabilities. For example, Domino’s i-Techx platform collects a vast array of data on printer operation – from running performance to ink and makeup levels, to wear and tear on components. This data is can be accessed through the Domino Cloud dashboard where it can be viewed by the customer at any time, regardless of the location. This enables the customer to be alerted to any issues and forecast ink and consumable orders.  Additionally, this data incorporates Overall Equipment Effectiveness (OEE) calculations and printer usage changes to provide insights for line improvement and lead manufacturing initiatives.

How does Domino Cloud help manufacturers?

Domino’s i-Techx platform and the Domino Cloud service tool provides manufacturers with error-free coding and system integration, as well as remote access and monitoring. This results in a smart and interconnected network of machines and processes that centralises and simplifies coding processes.

The consumption of ink and make-up can be monitored in real-time, utilising the Domino Cloud dashboard. Additionally, complications can be diagnosed from a distance by the helpdesk team and either fixed remotely or through an Insignia service technician who can find the problem on-site.

Moreover, through automation, streams of information for OEE calculations and cost structures can be closely monitored to maximise efficiency, resulting in reduced downtime and increased production at the lowest possible cost.

Decentralised systems can increase profitability for manufacturers by streamlining and speeding up decisions, resulting in increased revenue, market share and profits for many businesses.

For coding and marking processes, Industry 4.0 means that inaccurate codes and unplanned downtime caused by equipment will no longer be a problem faced by manufacturers. Coding and marking machines will become part of a single intelligent factory operation, capable of monitoring performance and assisting team members with making informed decisions.

Domino Cloud is already shaping factories of the future and empowering a step change in productivity and efficiency for manufacturers.

“We highly recommend Domino Cloud as a user friendly remote tool that gives us useful management information insight into all our connected production lines,” affirmed Dorin Cimpu, manager strategic projects, Continental Tyres.


The food factory of the future will be smart, connected and collaborative

Smart factories with efficient and fully connected supply chains are critical to manufacturing innovation.

Industry 4.0 – the fourth industrial revolution – has opened new market possibilities and enabled manufacturers to be more responsive to customer driven trends.

Manufacturing is undergoing a digital transformation.

Significant advances in technology, including big data and analytics, the Internet of Things (IoT), robotics and additive manufacturing, are changing manufacturing operations globally.

“It’s all about collecting and analyzing data to improve efficiency,” says Chris Probst, Omron’s Automation Technology Product Manager.

“The amount of data doesn’t matter – it’s what you do with the data that counts,” he says.

This was one of the key messages from Omron’s Food & Packaging Seminar “Smart Factory Solutions with IoT Technology” held in Sydney, Melbourne and Brisbane last week.

At the seminars Omron, a global leader in automation, unveiled its latest smart factory solutions encompassing Internet of Things (IoT) technology.

This included the latest applications in robotics, machine vision, safety, big data, traceability, PackML and IO link.

Omron’s team of experts showed how the new technologies can increase productivity and improve profitability in the Food & Packaging sectors.

Mr Probst said many Australian companies are now talking about the Internet of Things (IoT) technical revolution, but not many are prepared for it.

“Companies that embrace new technologies will be better positioned to adapt to changing marketing conditions and customer needs,” Mr Probst said.

They can also boost productivity by up to 30 percent.

“This is the next generation of manufacturing where people and machines work together,” said Mr Probst.

Mr Probst has no doubt collecting data – and using it to measure performance – holds the key to the future for Australian manufacturers.

Hal Varian, professor of information sciences, business, and economics at the University of California at Berkeley and Google’s Chief Economist agrees.

“The ability to take data – to be able to understand it, to process it, to extract value from it, to visualise it, to communicate it – that’s going to be a hugely important skill in the next decade,” he says.

Mr Wei-Jian Ong, product manager for Omron’s Sysmac controllers based in Singapore, said data collection and analysis can help manufacturers streamline their operations.

“The collection of data is now vital for industry,” Mr Ong told guests at the Sydney seminar.

“The Internet of Things (IoT) is basically a network of devices with network connectivity for the collection and exchange of data.

“With IoT you can Monitor, Analyse and Act – you can coordinate and monitor your production line. All machines work together to perform at optimum level.”

An estimated 13.5 billion devices will be connected by 2020 worldwide.

Programs such as PackML, or Packaging Machine Language, are now being widely adopted by industry globally, Mr Ong said.

PackML is a universal programming standard defined by the Organization for Machine Automation and Control (OMAC) and by the International Society of Automation’s Technical Report 88 which defines a common approach, or machine language, for automated machines.

The factory of the future will be smart_Omron smart factory2

The primary goals are to encourage a common “look and feel” across a plant floor and to enable and encourage industry innovation.

Omron PLCs can work seamlessly with databases such as SQL, which is the standard language allowing manufacturers to communicate with a database. The SQL database can collect huge amounts of data (Big Data), that can be used to measure the performance of each machine and increase yield.

With Omron’s NJ SQL version controllers you can send the OEE (Overall Equipment Efficiency) data from machine to database and then use that data with MES and ERP systems.

“Smart factories need to be more efficient and fully connected to their supply chains,” says Mr Probst.

“Omron offers the industry’s first complete and fully integrated robotic automation solution.

“All of the components are designed to work together.

“Our solutions are developed with Omron’s unified concept – to develop connected, smart, collaborative factories.”

And this is how the concept helps to boost productivity:

  • The Connected Factory – seamlessly integrating machine automation and corporate IT to generate, collect and exchange relevant data
  • The Smart Factory – intelligent data analysis and evaluation to predict maintenance issues and implement improvements to reduce resources, energy and waste
  • The Collaborative Factory – enhancing the interaction between humans and machines.

Omron’s automation solution oversees the entire packaging line, with horizontal and vertical integration, ensuring line coordination and monitoring.

To improve efficiency and improve productivity more factories now turning to robotics – using fixed (Articulated, SCARA and Parallel robots) and mobile robots (AIVs – Autonomous Intelligent Vehicles).

Omron AIV mobile robots use laser scanners and other advanced technologies that allow them to determine their own path, avoid obstacles and be re-tasked quickly.

They are now being used in a wide variety of applications across warehouses, distribution centres, manufacturing, automotive, food & beverage, hospitality, logistics, health & medical and other challenging environments.

“AIVs not only save on labour costs, they can increase operational efficiency,” says Mr Probst.

“Mobile robots are easy to deploy, with no facility modifications required.

“They work safely around people and can operate 24/7.”

Mr Probst said Smart Factories were also helping to significantly improve workplace safety.

And with improved safety employers can minimise worker injuries, machinery downtime and loss of production.

They can also save on worker’s compensation payouts, compliance fines, court costs and legal and insurance fees.

“The Smart Factory of the future will improve workplace safety, improve yield and traceability, drive down production costs and eliminate errors, says Mr Probst.

“This will enable a ‘flexible’ manufacturing revolution.”

The factory of the future will be smart_Omron-smart factory mobile-robot

Communication solution for IIoT era

The emergence of Industrial Internet of Things (IIoT) has seen an emphasis placed on implementing innovative architecture and software that redefines asset management. This can then be used to capitalise on operational, business and transactional data for improved enterprise, operations and supply chain performance.

With this in mind, NHP brings to market the ICX35-HWC Industrial Cellular Gateway from ProSoft Technology providing the ideal communication solution for system integrators and OEMs who monitor devices that are in hard to reach spots.

With the gateway, they can monitor and troubleshoot their devices in real-time from anywhere in the world over 4G LTE cellular connections, with fallback to 3G.

To allow enhanced communication, a built-in EtherNet/IP controller supports SMS messaging to the gateway, and read diagnostic data like signal strength, data usage, and more, allowing the user to avoid time-consuming and costly site visits.

The Industrial Cellular Gateway can also be monitored through ProSoft Connect – a secure, cloud-native platform designed specifically for the IIoT. With secure VPN connections via internet and cellular links, the device offers remote site access to corporate networks (VPN Client Mode).

In the ever connecting world, NHP’s Industrial Cellular Gateway helps ensure longevity for your application in the IIoT era using cutting edge technology.