Feature

The manufacturing industry in Australia is continually evolving, driven by technological advancements and increasing demands for efficiency and productivity. 

As Australia’s energy transition accelerates, businesses participating in the National Electricity Market (NEM) are facing growing challenges in managing their energy assets efficiently. 

The global manufacturing sector is witnessing a seismic shift in its automation approach as companies worldwide, big or small, grapple with the ongoing labour shortage and skills gap within the industry. 

AMCM, a provider of customised metal 3D printing machines, has embarked on a journey to advance additive manufacturing by enhancing the thermal management and performance of its flagship M 4K printer, according to a case study published on Conflux Technology's website.

As digital transformation reshapes industries worldwide, manufacturers in Australia and beyond are finding themselves at the forefront of an evolution. This shift presents opportunities for companies looking to improve efficiency, drive innovation, and boost growth.

As the manufacturing industry advances towards greater automation and digitalisation, companies are seeking smarter and more efficient control solutions to enhance their operations. 

Energy price volatility has become a structural feature of modern electricity markets rather than a temporary disruption. For energy-intensive manufacturers and large commercial operators, fluctuating wholesale prices are reshaping how energy costs are managed, making reactive approaches increasingly inadequate.

Australia has faced ongoing concerns over medicine supply in recent years, with reliance on imported pharmaceuticals and periodic shortages prompting greater attention on domestic manufacturing capability and supply chain resilience. 

Across today’s ever-changing manufacturing landscape, automation is no longer a luxury — it’s a necessity. The field of additive manufacturing (AM) is no exception.

A Tasmanian dental practice is bringing the manufacturing of some implants and prosthetic restorations in-house using 3D printing technology, aiming to reduce turnaround times and reliance on mainland dental laboratories.