Renishaw and Aeromet International Limited announced a collaboration to establish additive manufacturing process parameters and material properties for Aeromet’s A20X® aluminium alloy. Following a successful debut at the Paris Air Show, last month, the two companies are working together to optimise the processing techniques for the high-performance alloy on Renishaw metal additive manufacturing (AM) systems. They are also investigating a range of heat treatment regimes to deliver optimum properties in additively manufactured components. The results of these developments will be made available to Renishaw and Aeromet customers.
Doncasters Precision Castings – Deritend, is a leading manufacturer of investment cast and machined industrial gas turbine airfoils. These airfoils are manufactured in nickel and cobalt based superalloys. The company is committed to growth and it backs this commitment with a willingness to invest in continuous improvement through lean manufacturing and rapid prototyping. As a result, it has seen considerable growth in demand for its machining services, which support its investment casting business. This demand has led to a significant investment of over £2 million in Mazak machine tools, infrastructure and manufacturing software to efficiently machine over 14 new products.
Technology from Renishaw is helping HiETA to move metal additive manufacturing (AM) from prototype manufacture into commercial production of its specialist range of heat exchangers. In particular, the recent addition of Renishaw’s RenAM 500M system at the company has enabled manufacturing times and, therefore production costs, to be reduced dramatically.
Without periodic checking and maintenance, CNC machine tools can lose positioning accuracy and introduce errors over time. Machining complex, high-value airframe components, BAE Systems turned to a wireless ballbar system to provide the machine tool diagnostics data it needed to maximise quality and productivity.
Renishaw, a global engineering company specialising in metrology and metal 3D printing, was born out of the aerospace business and its efforts in advancing the manufacturing of complex components have never stopped. Its Spanish subsidiary Renishaw Ibérica, S.A.U. is working with a unique selection of other Spanish engineering companies and research centres in a ground-breaking project which could change the way aerospace turbines are manufactured forever.
Renishaw, a world leader in precision engineering technologies, will be exhibiting its extensive range of metrology and additive manufacturing systems on two stands at EMO Hannover 2017 which takes place in Germany from 18 – 23 September 2017. Intelligent machining processes are critical to companies that want to exploit the full benefits of Industry 4.0 and throughout its main stand (hall 6, B46) Renishaw will demonstrate the power of integrating its latest measurement technologies within a manufacturing process.
Global engineering and healthcare technologies company, Renishaw, is attending the British Association of Oral and Maxillofacial Surgeons (BAOMS) Annual Scientific Meeting at the International Convention Centre in Birmingham, UK. The conference is taking place between June 28th – 30th, as a platform for surgeons and industry professionals to present the latest research and development in the field. The company will present its latest developments in craniomaxillofacial implants and support a workshop run by three surgeons with whom it has collaborated. Renishaw can be found on stand 15.
Renishaw will be exhibiting its extensive range of metrology equipment at Control 2017 which takes place in Stuttgart, Germany, from 9 – 12 May 2017. Products highlighted in hall 4, stand 4304, will include a new surface finish probe for co-ordinate measuring machines (CMMs), new software for the Equator™ flexible gauge which allows users to fully integrate the system with CNC machine tools, and a new high productivity machining cell concept that demonstrates the power of integrating measurement technologies within a manufacturing process.