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Hydrogen electrolyser technology developer Hysata has closed a $42.5 million Series A funding round led by Virescent Ventures on behalf of the Clean Energy...

Australia’s gas industry says it will ensure gas supply next year, reassuring customers that the industry is responding, as has always been the case,...

Cyclical change occurs in industry when novel and innovative technologies and methodologies start to transform and disrupt existing industrial practices. The fourth industrial revolution, or Industry 4.0 in common parlance is one such cyclical change that we are current in the midst of. It can be loosely defined as the introduction of automation and data exchange to create self governing manufacturing systems illustrated below.

As the calendar turns to 2025, the Australian manufacturing sector stands at the cusp of transformation.

Making automobiles lighter is one of several techniques to reduce the energy necessary for transportation. In particular, high-strength (HS) steels are ideal candidates for this application because their higher weight-to-strength ratio allows for the use of less metal to achieve comparable structural integrity. 

Coates is proud to introduce its latest innovation – a comprehensive power and HVAC solution to revolutionise how industries address their energy and climate control needs.

With Industry 5.0 kicking off, manufacturing companies are at the forefront of a technological revolution, seeking innovative solutions for their factories to drive operational efficiency and maintain a competitive edge.

In an exclusive interview with Australian Manufacturing, Tamara Ogilvie, CSIRO’s RISE Accelerator Program Director, sheds light on the India Australia Rapid Innovation and Startup Expansion (RISE) Accelerator.

Given the proverbial payroll cycle is rife with legislative and logistical obstacles, processing accurate, compliant and prompt payroll requires many working parts. That’s The Payroll Challenge.

Manufacturers using welding techniques suffer from limitations in realising complex structures because of the limited process of building one layer at a time – this is because subsequent layers are laminated after complete solidification preventing the molten metal from flowing down. As a result, a cooling period is necessary, and the circumstances that can be laminated are restricted to certain examples.