Product News

HP has expanded its HP Multi Jet Fusion 3D printing technology into Australia, announcing iOrthotics as the first commercial customer to purchase an HP Jet Fusion 3D 4200 Printing Solution in the country. Adopting HP Multi Jet Fusion 3D printing technology will allow iOrthotics to become one of the first orthotics manufacturers in the world to have completely transitioned from polypropylene milling to 3D additive manufacturing – a faster, more sustainable method producing custom-made orthotics devices that are significantly stronger. iOrthotics recognised the economic benefits that would flow from digitising their operations and shifting to the market’s most advanced 3D printing innovations to produce products faster, superior in quality and with almost zero waste. “Patients depend upon their orthotics for comfort and wellbeing, so it is only natural that they expect these devices to be strong, sturdy and dependable,” said Dean Hartley, founding Director and General Manager, iOrthotics. “The extensive research and testing we conducted with the University of Queensland provided the empirical evidence that devices manufactured by HP’s Multi Jet Fusion 3D…

Following many years working in the sheet metal industry, Jon Flynn founded Wildcat Industries around 10 years ago. Based in Dandenong, Victoria, the business now employs 20 people across four divisions: high-tolerance sheet metal work; architectural facade work; the manufacture of high-tech wood and gas flue systems; and most recently, Wildcat wood-fired pizza ovens. While the architectural division services clients throughout Australia, the sheet metal work is predominantly Melbourne-based. Wildcat offers custom perforated panels to the architectural, building, construction, interior design and landscaping industry. Flynn already had extensive experience dealing with Applied Machinery having, in his own words, “virtually bought every single piece of equipment to date” from them. “The Applied Machinery people look after me as though they are part of my business,” says Flynn. “The service, support and warranty are very important for me and Applied excel in this area. So the decision to buy a Yawei fibre laser from Applied Machinery was both a…

For the majority of manufacturers, like gas, electricity and water, compressed air will be an indispensable utility to their operation. However, unlike gas, electricity and water, compressed air is more often than not produced the conventional way – via a compressed air system that the manufacturer actually owns. Here, the manufacturer not only pays for the utility itself (the compressed air produced), but at some point in time will have had the capital outlay for the purchase of the compressed air equipment, as well as the ongoing costs to service and maintain the compressed air system. Compressed air contracting presents a viable alternative to investing in, and maintaining your own compressed air system. Here, the end user simply purchases the compressed air they use, in the same way they would purchase gas, electricity or water. And, they can immediately enjoy the advantages…

South Australian-based car battery handle supplier Rope & Plastic Group had a successful business in Australia and the United States before the automotive industry’s decline. However, the company has now begun manufacturing clotheslines. According to owner John Sutton the transition was an obvious choice. “We were supplying car battery company Exide with handles, cases and lids, so it was a very lucrative business,” he explained. “In the meantime about five or six years beforehand we got involved with a company called Mrs Peggs Clotheslines, and started to manufacture, warehouse and distribute clotheslines in China. “About the same time that Exide decided to close down their manufacturing operations, Mrs Peggs came to us and said they were going to take back the business and run it themselves. We had a double whammy.” With the automotive industry offering no real future, Sutton decided to draw on the company’s experience in clothesline manufacturing to design and manufacture his own washing line. The venture was assisted by a $200,000 grant through the SA…

Eilbeck Cranes – Lifting capabilities A third-generation family-owned business in its 110th year in operation, Eilbeck Cranes is now Australia’s largest and most advanced crane manufacturer, towering over the Australian crane market due to its engineering and manufacturing excellence. Today Eilbeck has manufacturing facilities in Sydney, Western Australia, Mackay in Queensand, and a new facility currently under construction in Melbourne, as well as service centres around the country. Eilbeck Director Tom Eilbeck took the bold move in 2015 and invested massively into the development of the Eilbeck Heavy Machining Centre. This daring decision was not only aimed at gaining competitive advantage, but also an investment in the future of Australian manufacturing and the security of future Australian jobs. Investment over the last two years has been significant for this company, with the installation of the Okuma MB8000H CNC horizontal machine centre with OSP P300M control in 2016, followed this year by an Okuma Genos…

Throughout its long history, turning in the conventional direction – namely starting at the end of the workpiece and working longitudinally towards the chuck – has prevailed. Although this technique has proved successful, as the process has matured, ongoing advances in productivity and profitability have been increasingly difficult to achieve. Many are bound by the limitations of traditional turning. For instance, while experienced operators are aware that factors such as small entry angles permit increased feeds, they are restricted to around 90 degrees in conventional turning in order to reach the shoulder and avoid the long, curved chips that small entering angles characteristically provide. In recent years, the advent of…

In high and low-wage countries, interest in the many benefits of industrial robots has never been higher. Released last year, the International Federation of Robotics (IFR) Industrial Robots report showed unit sales figures in 2015 up 15% on the year before, reaching an all-time high of 253,748. Since 2010, technical improvements in robots and automation have turbocharged investment, according to the report. Furthermore, double digit percentage growth is predicted to continue every year up to 2019 . However, within CNC machining, robotics applications have been dominated by machine tending. Overall, the benefits enjoyed by industrial users of robots – such as accuracy, productivity and capacity utilisation – have been under-realised by machine tool users. According to 2012 IFR research, only 1.5% of machine tools were being automated in conjunction with robots . Nonetheless, this trend is starting to shift, with robots becoming increasingly affordable and easy to program – making the technology more accessible to the CNC grinding market. Global influences are also having an impact, such as the South…

Many of us have experienced that nervous feeling you get when you’re following a trailer that has begun to sway and it would appear that at any moment it could fishtail out of control. Worse still is the feeling of a loss of control while negotiating the twists and gradient of the road with a trailer in tow. Both circumstances can be stressful, and for both driver and surrounding traffic, potentially very hazardous. Trailers can easily become unstable and cause accidents when braking, swerving, overtaking, driving in high winds or on difficult roads. In 2016, loss of control accounted for 30% of caravan accident claims, with oversteering and fishtailing among the main causes. The need for a solution to this problem was identified by Bosch’s Australian Vehicle Safety Systems engineering team. This prompted an innovation idea and subsequent R&D project in 2014. The parent company acknowledged the local engineering capability and market opportunity, which led to the establishment of a Bosch global Centre of Competence for…

Ms Penelope Heller, who was diagnosed with chondrosarcoma (a rare bone cancer) in 2014, had to have her cancer affected sternum removed. Her surgeon fashioned a replacement sternum and ribcage using off-the-shelf solutions and while the procedure effectively removed the cancer, ongoing pain and problems breathing made post-op life unpleasant. On 2 August, the 20-year-old American underwent further surgery to replace her implant with a customised sternum and partial ribcage made from 3D printed titanium and combined with Anatomics’ ‘PoreStar’ technology, a unique porous polyethylene material providing “bone-like” architecture to facilitate tissue integration. It is the first time this technology has been used in the United States and only the second time in the world that a 3D-printed composite sternum and ribcage has been implanted. 3D printing has significant advantages over traditional manufacturing methods, particularly for biomedical applications. 3D printing allows for advanced personalisation of implants so they uniquely fit their recipients, as well as rapid manufacture, which could mean the…

Times are changing. Cloud-based Software as a Service (SaaS) overcomes the traditional IT and budget barriers to provide a business with reliable, cost-effective software that is easily and quickly deployed. Cloud-based software doesn’t involve large, upfront licencing costs or massive internal IT overheads and, critically, delivers the high level of functionality required to improve performance in both proactive and reactive maintenance activity. With the continued emphasis on every sector to ‘do more with less’, organisations are under increasing pressure to maximise asset value. For the manufacturing site desperate to minimise downtime and improve productivity, asset maintenance is finally taking centre stage. Yet the vast majority of businesses in Australia & New Zealand are struggling to drive forward improvements. Most…

DMG MORI has integrated the additive laser deposition process in a fully-fledged five-axis milling machine. This intelligent hybrid solution combines the flexibility of additive component manufacturing with the precision of machining, thus enabling the additive manufacture of complete components in finished-part quality. This procedure uses a deposition process by means of a metal powder nozzle, which enables complete machining without the need of a process chamber and is up to ten times faster than generation in a powder bed. It also makes it possible to produce overhanging contours without a supporting geometry. The combination of laser deposition welding and machining on one machine opens up completely new possibilities in terms of applications and geometries. In particular large components can be produced cost-effectively with this hybrid solution. In addition the flexible changeover from laser processing to milling makes it possible to machine component segments directly that would otherwise be impossible to reach on the finished part. The market for additive processes has grown at a…

Trends in product design can also incite vibration. To enhance product strength and reduce assembly costs, manufacturers increasingly machine parts from monolithic workpieces. Producing internal features of the parts requires tools to reach into deep cavities, and the extended tool length exaggerates vibration. Attempting to minimise vibration by reducing cutting parameters decreases productivity and increases manufacturing cost. Prime among the various approaches to vibration control are passive/dynamic systems that utilise tuned-mass damper concepts to absorb vibration before it progresses and disrupts the machining process. Vibration – A common issue All sectors of industry recognise excessive vibration as a destructive condition. Repetitive operating and/or external forces generate sympathetic motion that can resonate within a machine, building, or bridge and grow to a dangerous magnitude. Manufacturers and builders often apply tuned mass damper concepts to overcome vibration. A tuned mass damper is a component that is suspended within…

Before discussing digitisation and optimisation, it is necessary for a manufacturer to examine its operations, determine where waste occurs, and develop methods to reduce or eliminate it. Controlling waste is the first step in preparing a manufacturing company for the adoption of sophisticated smart manufacturing strategies. Basics of production economics Manufacturing consists of a series of transformation processes. A shop forms raw material into finished or semi-finished workpieces through a series of individual transformation operations such as forging, welding or machining. A number of individual elements comprise each operation. The basic elements of machining, for example, include the cutting tool, machine tool, fixtures and coolant supply. Together these elements form a machining system that gets support from related equipment and components in a production system. Planning, programming and economic…