AM Hub News

If you know anything about motorsport, you will know that Formula 1 is the pinnacle. If you manufacture performance automotive parts, you would be justified in thinking that you have made it, if your parts are on board one of the F1 cars. How impressed would you be with a company that doesn’t just supply one team, but works with the entire field? What if I was to tell you, this same company was also the primary supplier for NASCAR, MotoGP and pretty much every other high-end motorsport category, including our very own V8 Supercars? Would you be surprised to hear that such a company does exist, and they are based in Australia? The company in question is PWR Advanced Cooling Technology, based on the Gold Coast. Originally a side business started by father and son team Kees and Paul Weel after various forays into motorsport categories, including the aforementioned V8 Supercars (or a previous incarnation thereof), they identified a need in the marketplace to design and manufacture high-performance, lightweight cooling systems to meet their exacting…

Space Machines Company, the leading Australian in-space servicing organisation, and U.S.-based Orbit Fab, the leading global provider of on-orbit refuelling services, have entered into a partnership combining their expertise to advance in-space servicing capabilities and establish a sustainable space ecosystem. These integrated technologies will enhance space sustainability through reduced debris and extended satellite lifespans. The partnership brings together two industry leaders from opposite sides of the globe and is defined by the joining of innovative technologies, most notably the installation of Orbit Fab’s space fiducial alignment markers on Space Machine Company’s Orbital Servicing Vehicle, Optimus. These markers will act like QR Codes in space, allowing Space Machines Company to work collaboratively with an approaching vehicle by using the markers to provide valuable position and orientation data, ensuring safe and reliable on-orbit operations. Optimus will provide on-orbit, transportation and other in-space services following its launch on the SpaceX Transporter-10 in early 2024. The success and sustainability of Optimus’ launch will be supported by the attachment of the two ‘fiducial’ markers developed by Orbit Fab. These fiducials, which are…

Registrations are now open for your attendance at Australian Manufacturing Week (AMW2024) in Sydney. Australian Manufacturing Week (AMW2024) is run by the Australian Manufacturing Technology Institute Limited (AMTIL), with the NSW Government as the Major Sponsor. This huge event will occupy more than 6,560 square metres of exhibition space at the Sydney ICC at Darling Harbour. Up to 250 organisations have already taken stands to showcase the latest manufacturing technologies, processes, and support services. Don’t miss out!    REGISTER NOW!   There are SEVEN Zones to AMW2024, each with a particular focus, speciality and technology. These are: Austech Machine Tools, sponsored by Finlease; Additive Manufacturing Zone; Australian Manufacturers Zone; Manufacturing Solutions Zone, sponsored by The Execution Factor; Robotics & Automation Zone; sponsored by IFS Weld and Air Solutions Zone; and the Plastic Technology Zone. At Australian Manufacturing Week, you will see many exhibitors showcasing all of the above and have the opportunity to find the right process, talk to the right people, gain the right expertise, and get on the right path to your…

Australia has marked its historic return to space exploration by successfully launching into orbit its first scientific satellite in over two decades. The SpIRIT nanosatellite, a landmark project, emerged from a collaboration between the University of Melbourne and the Italian Space Agency, with a consortium of pioneering Australian SME partners and support from the Australian Space Agency. Titomic, an innovative additive manufacturing company based in Melbourne, was instrumental in this historic achievement with its groundbreaking thermal radiator design, a critical component of the satellite. The SpIRIT (Space Industry – Responsive – Intelligent – Thermal) nano-satellite is an Australia-Italy mission supported in Australia by the Australian Space Agency’s International Space Investment – Expand Capability scheme. “The team utilised Titomic’s state-of-the-art TKF 1000 additive manufacturing unit to develop high-efficiency radiator panels that are crucial for the satellite’s operation,” said Herbert Koeck, Managing Director of Titomic. “SpIRIT’s journey into space is not just a technological triumph. It’s also a significant step in scientific discovery,” Koeck added. SpIRIT is designed to fly in low Earth orbit…

General Atomics Aeronautical Systems Inc. (GA-ASI), a leader in developing unmanned aircraft systems, has embraced this truth by integrating Additive Manufacturing (AM) into its core processes. From experimental beginnings to becoming a manufacturing cornerstone, GA-ASI's journey with AM exemplifies innovation at its finest. Revolutionising design and production GA-ASI's foray into AM has revolutionised how unmanned aircraft like the MQ-9A Reaper and MQ-9B SkyGuardian are built. By adopting AM, GA-ASI has not only streamlined its manufacturing processes but has also unlocked new potential in aircraft design and functionality. The result? Thousands of parts were produced via AM, now flying across multiple GA-ASI platforms. A systematic approach for optimal results GA-ASI's success with AM isn't accidental. It's the outcome of a systematic, refined approach aligning with business objectives. Key strategies include developing a robust AM ecosystem, establishing a solid business case for AM, and partnering with industry leaders. This disciplined approach ensures each AM project aligns with the company's mission, ensuring quality and innovation at every step. Stratasys: a partnership that elevates In its quest to master AM,…

The collaboration brings together Titomic, a leading manufacturing technology company, and Stärke, a global advanced manufacturer headquartered in South Australia. Stärke, comprising a network of vertically integrated advanced manufacturing companies, is renowned for assisting diverse industries in producing complex, high-performance components. With clients including DSTG, Babcock, Boeing, and Thales, Stärke is known for delivering robust and reliable solutions. The partnership’s primary objective is to harness the strengths of both Titomic and Stärke in advanced manufacturing technology. Leveraging Stärke’s industry connections and expertise, the collaboration aims to provide innovative solutions to clients in high-performance sectors such as defence, aerospace, and automotive. “This venture promotes knowledge exchange between Titomic and Stärke, allowing us to blend our strengths and explore new applications,” TTT Managing Director Herbert Koeck said. “We are thrilled about our partnership with Stärke, a global leader in advanced manufacturing and a partner which shares our commitment to manufacturing innovation,” Koeck said. “This collaboration is set to accelerate Titomic’s growth, thanks to Stärke’s deep industry expertise and network. This venture promotes knowledge exchange between Titomic and Stärke, allowing…

Australian Manufacturing Week is being held at the International Convention Centre in Darling Harbour from 17th - 19th April and promises to be another great exhibition with 260 exhibitors across seven product zones including machine tools, additive technologies, welding & air technology, manufacturing solutions, plastic technology, robotics & automation and a dedicated area for Australian manufacturers called the Manufacturers Pavilion. In addition to the exhibition, a Future Solutions speaker program will also be an integral part of a visit with many great topics and speakers lined up already. Registration to AMW and the Speaker Program is free to attend by visiting australianmanufacturingweek.com.au Our AMT Magazine continues to be one of the most highly regarded industry publications in the country and we take great pride in this. A nationally controlled circulation list, with a readership of over 20,000 per issue, combined with quality…

The Additive Manufacturing Cooperative Research Centre (AMCRC) has announced that it is launching a bid for funding in Round 25 of the Australian Government Cooperative Research Centres (CRC) Grant Program. Globally there has been a rapid take-up of Additive Manufacturing (AM) technologies by companies developing new products to stay ahead in the innovation race. Start-ups and high-growth companies like Boeing, Tesla, Stryker, and Align have all documented significant advantages in utilising AM to enhance product performance, customise the user experience, and improve supply chain efficiency. These advantages address many of the challenges that Australian manufacturers face in getting products into world markets and with the national imperative to get Australia making again, AM will be a critical part of this transformation journey. AMCRC’s bid is industry-led and backed by Australia’s peak manufacturing industry association, the Australian Manufacturing Technology Institute Limited (AMTIL), 13 leading research organisations, and CSIRO. AMTIL CEO Shane Infanti observed that the Australian industry has been adopting 3D Printing and Additive Manufacturing (AM) technologies at a record pace but with global players like the US, EU and…

Additive manufacturing – described as the more complex and industrial-scale implementation of 3D printing manufacturing techniques – is on the rise across Australia and the globe, with industry experts SmarTech Analysis forecasting the market to be worth $37bn by 2025. To support the forecasted growth in domestic capabilities in this area, two class-leaders have signed a landmark partnership. The renowned Vocational Education and Training (VET) provider TAFE Queensland, have teamed up with Core Additive an Australian leader in the sale, support, and supply of class-leading Markforged additive manufacturing equipment to increase Queensland and Australian capabilities in the additive and advanced manufacturing sectors. The agreement sees Core Additive and TAFE Queensland committing to a two-year collaboration set to accelerate the development of training programs specific to the 3D printing, composites, and additive manufacturing industries. Key training programs for local industry members will ensure Queensland and Australian businesses do not fall behind in the age of advanced and additive manufacturing. James Staples, the Chief Executive Officer of Core Additive, expressed immense pride in the partnership between Core Additive and TAFE Queensland. Recognising…

Australian Manufacturing Week (AMW2024) is now OPEN FOR REGISTRATION. The show is to be held at the Sydney International Convention Centre (ICC) at Darling Harbour, 17-19 April 2024. Run by the Australian Manufacturing Technology Institute Limited (AMTIL), AMW2024 will occupy more than 6,560 square metres of exhibition space at the ICC, with more than 215 organisations so far taking stands to showcase the latest manufacturing technologies, processes, and support services. REGISTRATIONS ARE NOW OPEN for visitors planning to come to this incredible show in Sydney. Click through to register HERE. ADDITIVE MANUFACTURING ZONE With the likes of Bilby 3D, CSIRO Manufacturing, Aurarum, AXT, FormLab Inc., Titomic, Innovync, Shining 3D and Lightwave Technology, the range of exhibitors includes Additive Manufacturing users, suppliers, and supporters. The Additive Manufacturing Zone will spotlight the latest advances in the technologies within this sector. Techniques within Additive Manufacturing include Stereolithography, Selective Laser Sintering, Material Extrusion, Sheet lamination, Binder jetting, Cold Spray processing, Material jetting, directed energy deposition, powder bed fusion, VAT…

Projection Micro Stereolithography or PµSL for short, is a micro 3D printing process that is a variation on stereolithography (SLA) that enables users to microfabricate components with ultra-high resolution down to 2 µm. With a range of commercially available liquid polymer resins and the ability to tailor your own formulation, PµSL introduces new levels of freedom compared to other traditional microfabrication techniques. It has the added benefits of superior material integrity and surface finish compared to conventional polymer 3D printing. With many manufacturers across a variety of industries pushing for miniaturisation in their product designs, micro 3D printing opens new possibilities for component manufacturers, offering design freedom and rapid concept to product timeframes. While 3D printing and desktop 3D printers have become extremely accessible, sometimes design specifications go beyond their capabilities and even those of micro injection moulding and micro CNC machining. In this article we explore Projection Micro Sterolithography (PµSL) as an alternative solution.   Background 3D printing of polymers has really taken off in recent years. Interestingly, the driving force behind the growth has been non-commercial…

Markforged has revealed its newest industrial 3D printer, the FX10 at the Formnext Conference in Germany. Continuing Markforged’s heritage of reliable printers that deliver strong, precise parts, the FX10 is designed to supercharge manufacturing line productivity and profitability. The FX10 empowers users to print the right part when and where it is needed, reducing costs and cutting lead times from months to days compared to traditional manufacturing methods. “We engineered the FX10 to be the best tool for the manufacturing floor,” said Shai Terem, CEO of Markforged. “The FX10 allows manufacturers to slash original part replacement costs when compared to traditional methods and keep production lines running without worrying about supply chain issues or spare parts inventory. The FX10 can accelerate the digitization of the manufacturing floor by increasing the adoption of digital inventory to build supply chain resiliency.  Our customers now have the potential to save even more capital by reducing physical inventory and boosting production yields while decreasing operating costs.” Designed with flexibility in mind, the printer's modular systems are engineered to be…

This article aims to explore the challenges being faced by manufacturing organisations across industries. A societal and cultural shift away from manual, craftsmanship-based roles, coupled with the perception of health risks in manufacturing occupations has led to a significant skills shortage in the sector. Various other challenges include regulatory pressures, unstable supply chains, and unprecedented uncertainties — all of which are exacerbating the situation and threatening the competitiveness of manufacturing enterprises. However, this article posits that the solution to these escalating issues lies within the realm of digitalisation and automation technology. Our analysis is rooted in the evolution of job market trends, and the opportunities presented by innovations such as Rivelin NetShape, a frontrunner in the digital revolution of manufacturing. By harnessing machine learning, advanced sensors, and proprietary algorithms, this technology transforms skilled manual tasks for post-processing and finishing metal parts and components into repeatable, traceable digital procedures that significantly boost productivity and reduce costs. The article will go on to present a future where the burdens of manual labour can be alleviated by robotics and AI and show…