The aluminium industry is witnessing a digital transformation, with path-breaking technologies redefining processes, boosting efficiency, and driving sustainability. From AI-powered recycling solutions to real-time in-line testing and advanced additive manufacturing software, digitalisation is solving industry challenges while unlocking new possibilities. In this roundup, we explore seven exciting stories showcasing how digital innovation is accelerating progress and reshaping the aluminium landscape.
Revolutionising aluminium wheel scrap sortation with Austin AI
The increasing demand for aluminium in the automotive industry, particularly for electric vehicles, has highlighted the need for efficient recycling of aluminium wheel scrap, as shared by Judit Jeney, Managing Director, Austin AI Europe Limited.
Austin AI’s innovative LIBS (Laser-Induced Breakdown Spectroscopy) sensor sorter system has addressed this challenge, enabling the accurate sorting of aluminium alloys with high purity and throughput.
This technology has overcome the limitations of traditional sorting methods, providing a robust and cost-effective solution for recyclers. With features such as high sensitivity, low operational costs, and automation, Austin AI’s system maximises the economic value of recycled materials while promoting a circular economy and reducing environmental impacts. Tap to get an in-depth process overview…
Unlocking the full value of used beverage cans with TOMRA’s AI-powered sorting solution
Used beverage cans (UBCs) are a highly valuable material in the recycling stream, but their recovery has long been hindered by technological limitations. TOMRA’s innovative GAINnext ecosystem, powered by Deep Learning AI, has bridged this gap, enabling material recovery facilities (MRFs) to capture the full value of their UBC streams.
Key benefits of TOMRA’s solution, as described by the company’s North American key Accounts Manager — Sebastian Ward, include:
By adopting TOMRA’s AI-powered sorting solution, MRF operators can unlock the full potential of their UBC streams, driving sustainability, efficiency, and profitability. Here’s the detail to it…
Revolutionising inductive billet heating in aluminium extrusion
Dipl. -Ing. Klaus Schmitz, Vice President of Sales and Marketing Thermoprocessing Plants at Ottojunker, has disclosed in our e-magazine about their collaborative project with a leading European aluminium manufacturer, which has introduced a groundbreaking solution for inductive billet heating in aluminium extrusion.
The innovative approach replaces traditional thermocouple-based control systems with an integrated process model that simulates temperature profiles in real time, ensuring precise temperature control and uniformity throughout the billet. This technology improves heating efficiency, reduces maintenance costs, and enhances product quality by minimising material waste and optimising material flow. Validated through comparative testing, this solution has demonstrated significant improvements in temperature uniformity and has the potential to increase productivity, optimal operating conditions, and sustainability in the aluminium extrusion industry. Read in detail about the groundbreaking project here…
Innoval Technology: a leader in the aluminium industry’s innovation front
Innoval Technology Ltd, backed by parent company Danieli Group (a major full-cycle provider of materials, equipment and finished products to the global metals industry), is a world-leading provider of technology, innovation, and sustainability services to the global aluminium industry.
Innoval employs a data-driven approach, using digital simulation tools and analytical techniques to optimise products and processes. The company’s expertise in aluminium alloy metallurgy and manufacturing methods enables it to deliver tailored solutions.
With a commitment to sustainability and innovation, Innoval supports the aluminium industry’s transition to a more sustainable and circular future, driving innovation and sustainability through its cutting-edge solutions and expertise. Read about their recent digitalisation ventures here…
Autoa Robot Welding: Transforming aluminium smelting
The aluminium smelting industry is essential for global manufacturing, but traditional methods for yoke repairs and superstructure maintenance have been labour-intensive and unsafe. Autoa Robot Welding is redefining these processes with advanced automation, improving safety, efficiency, and precision.
Manual labour in smelting has long posed risks, from heat exposure to inconsistent repair quality and costly inefficiencies. Autoa’s robotic systems tackle these issues head-on. Their superstructure bus bar repair process uses robotic measurement, welding, and milling to restore components with precision and speed. Automated stub repair, equipped with a water-cooled welding torch, enhances accuracy and safety, while dual robotic welders handle yoke transition joints, controlling heat to prevent failures.
With Industry 4.0 capabilities, Autoa integrates remote monitoring, real-time data analysis, and predictive maintenance to optimise operations. Their solutions reduce downtime, improve efficiency, and deliver consistently high-quality results.
Collaborating closely with clients, Autoa designs tailored systems to address specific challenges. Their commitment to innovation and digital advancement cements their role as a trusted partner, driving the future of aluminium smelting.
Revolutionising aluminium production with in-line metal testing
The aluminium industry faces mounting pressure to cut costs, reduce waste, and meet sustainability targets. Traditional methods like manual sampling and lab analysis are slow, unsafe, and inefficient, driving up energy use and costs.
According to Kristjan Leosson, CTO of DTE, DTE’s LP-LIBS™ technology transforms the process with real-time, in-line analysis of molten aluminium, eliminating manual sampling and enabling instant, data-driven adjustments. This innovation reduces furnace times, lowers emissions, and increases scrap utilisation while enhancing worker safety through automation.
The technology’s impact extends beyond operations. By cutting scrap waste, energy use, and rework costs, LP-LIBS™ boosts profitability. Industry leaders such as Century Aluminum, Emirates Global Aluminium, and Novelis are already leveraging their potential to modernise quality control and advance sustainability goals.
DTE’s LP-LIBS™ is setting new standards for aluminium production, driving efficiency, safety, and sustainability in an increasingly competitive and digitalised market.
Transforming aluminium manufacturing with AM PravaH®
AM PravaH® by Paanduv Applications is revolutionising aluminium manufacturing with cutting-edge 3D computational software for Additive Manufacturing (AM). It enables manufacturers to model every stage of the process, from melt pool behaviour to microstructural transformations, ensuring superior build quality and reduced material waste.
In aerospace, it optimises aluminium alloy production, enhancing mechanical properties, accelerating prototyping, and reducing lead times. Its predictive capabilities help prevent defects and improve part performance, driving efficiency and sustainability.
Paanduv’s collaboration with DRDO integrates the software into defence manufacturing, supporting India’s vision for self-reliance in deep-tech innovation.
Looking ahead, the brand is set to introduce Wire Laser Additive Manufacturing (WLAM) alongside LPBF, further expanding its impact on aerospace and energy sectors while supporting local aluminium alloy powder production to reduce import dependency and strengthen India’s AM ecosystem.
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