SYDNEY - AussieJournal -- This system will be used to design and create multi-functional metal matrix composite (MMC) coatings, with applications in a wide range of industries including marine, mining, defence, and more.

MMC and other metal-based composites are critical to the Australian economy. Currently, sourcing replacement parts for machinery from overseas often results in long lead times, increasing machinery downtime for Australian companies. Laser cladding repairs worn or corroded parts, reducing downtime and creating value locally. The same process can also be used to produce new parts, enhancing efficiency and supporting local manufacturing.

This project will examine the effects of different process parameters on the microstructure, hardness, wear resistance, and corrosion resistance of laser composite coatings. While cost-effective construction steels are commonly used for surface coatings, the proposed laser cladding technology offers an advanced alternative. It provides surface treatments that significantly improve the durability and performance of parts. This technology has already been successfully applied in industries such as aviation, automotive, marine, mining, gas, and oil, extending the lifespan of equipment and reducing the need for new production.

More on Aussie Journal

• Foresight Practitioner Conference 2025 – Dates, Venue, Speakers, And Competition Finalists Announced
• KidsBliss Launches Organnic Baby & Kids Mineral Sunscreen SPF50
• Ensure Compliance with Recognised Standard 22 with the free RS22 Self-Assessment Tool
• Latest Updates to Pennsylvania Medical Malpractice and Birth Injury Law
• Best Plant Varieties for Windbreaks and Shelterbelts

Through this project, ACM CRC Partners LaserBond and The University of Sydney will develop an automated, high-efficiency laser cladding process and an in-house catalogue of materials and process parameters. This will serve as a comprehensive guide for using laser cladding to create high-wear and corrosion-resistant coatings.

The project combines process manufacturing optimisation, characterisation, and simulation to address challenges and bottlenecks in automating the process. The goal is to create a fully integrated, automated laser cladding system for superior LaserBond coatings designed for extreme environments.

"With project partners from The University of Sydney, we aim to strengthen Australia's manufacturing capabilities through quality monitoring, prototype assessment, and simulation of the coating process," said Dr. Thomas Schläfer, Research and Development Manager at LaserBond, a surface engineering company focused on enhancing the performance of machinery in Australia and beyond.

More on Aussie Journal

• Genuine Hospitality, LLC Expands Leadership Team with Key Appointments
• New-and-Improved Caribbean-Food Website Dishes Out Free Ground-Shipping Offer; Affiliate Program Garnished with Generous Commission
• 50th Mount Dora Arts Festival set for Feb 1 and 2, 2024
• CCHR Cites Newly Released Mind Control Records to Oppose Psychedelics
• K2 Integrity Appoints Markus Schulz as Chief Technology Officer

The new laser cladding technology is environmentally friendly, operating without harmful chemicals or noise emissions. This breakthrough has immediate relevance for LaserBond and ACM CRC, with significant potential to benefit marine, chemical, mining, defence, and space industries in Australia and globally.

For more information or to express your interest in the project, please visit https://www.acmcrc.com/contact.