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A variety of industries — automotive, healthcare, food and beverages, and beyond — are leveraging innovative eco-friendly manufacturing solutions by harnessing sustainable materials. Additionally, using green coatings that enhance traditional materials without altering their composition.
The consortium said its projects aim to bridge gaps between industry, government, and academia for innovations in robotics and artificialintelligence to strengthen U.S. A prior project, called Rapid Welding of Thermoplastic Composite Structures, showed that robotic continuous ultrasonic welding can increase the speed of induction.
With digitalisation transforming manufacturing, the workforce requires new skills to adapt to technologies such as automation, artificialintelligence (AI) and data-driven systems. With digitalization reshaping manufacturing, what new skills are essential for todays workforce, and how is the industry addressing the skills gap?
Among the successful Discovery Projects to commence in 2023 are: University of Southern Queensland ($399,000) – Carbon fibre thermoplastics as next-generation carbon fibre composites. Carbon Fibre Composites (CFCs) are extremely strong and lightweight materials used in manufacturing, particularly in the aerospace industry.
The ability to process multiple materials at once to vary alloy composition and functionally grade an AM component opens up entirely new realms for designers to engineer superior parts and products. The material freedoms of AM have long been overshadowed by the focus on design freedom, but that is certain to change in the near future.
By printing high-strength, more accurate, and higher-performance parts, the FX20 can now meet the needs of the most demanding and regulated industries including aerospace, defence, automotive, and oil & gas.
GrayMatter Robotics provides artificialintelligence (AI)-driven software designed to enable robots to program themselves to perform surface finishing and surface prep operations for a wide variety of part sizes and shapes. EN has been used in the automotive industry for decades. Source: Getty Images 3.
The companies claimed that the paper represents an advancement beyond the current capabilities of autonomous vehicles and artificialintelligence. “As The paper explained the use of algorithms from VERSES to predict the appearance of pedestrians, cyclists, and cars that are obscured behind stationary vehicles and objects.
ProductionMonitor, for example, provides a quick overview of the machinery and helps to efficiently monitor each connected machine with intelligent production key figures. With processSupport, the process is monitored autonomously using artificialintelligence. Until now, they have mainly been used in the automotive industry.
has combined artificialintelligence with visual sensors to enable its collaborative robot to automatically track and grind weld seams with high accuracy and speed. A worker manipulates a Kane cobot to instruct it. Source: Kane Robotics Kane Robotics Inc.
Targa Telematics has been known for leveraging cutting-edge artificialintelligence, machine learning and big data to provide top quality, end-to-end IoT solutions. Targa Telematics is a leading expert in managing automotive OEM vehicle data for B2B purposes.
OpenAI was founded in 2015 with the goal of advancing artificialintelligence in a safe and beneficial manner for all of humanity. OpenAI’s mission is to conduct research in artificialintelligence and develop cutting-edge AI technologies, while also ensuring that these technologies are safe and beneficial for society as a whole.
This blog looks at the potential impact of quantum computing in manufacturing, addressing applications, challenges and its relationship to artificialintelligence (AI). A big advance over classical, binary computing, this offers the prospect of solving hitherto insoluble problems. What is quantum computing? Industry 4.0
Advanced Materials and Precision: With the demand for complex parts and components made from advanced materials (like composites, ceramics, and high-strength alloys) increasing, machine tools are evolving to handle these materials with higher precision and efficiency. Digital Solutions: Embracing Industry 4.0 Increased Adoption of Industry 4.0
Fadel was a co-founder, and from 1998 to 2005 served as CEO of Lighthammer Software Development, an application composition platform targeted at real-time manufacturing. Right now, we’re in 11 verticals, including automotive, CPG, food and beverage, pulp and paper, agriculture, pharmaceuticals and others.
Paragraf – Bringing commercial scale graphene electronics to the world In a massive breakthrough that will undoubtedly have implications across sectors, Paragraf has produced the first real commercial use of graphene in electronic devices, rather than as a structural additive in composites.
Paragraf – Bringing commercial scale graphene electronics to the world In a massive breakthrough that will undoubtedly have implications across sectors, Paragraf has produced the first real commercial use of graphene in electronic devices, rather than as a structural additive in composites.
We are investigating plant-based plastic composites and materials that could produce compostable plastics. And of course, there’s artificialintelligence, or AI, which looks set to revolutionise nearly every aspect of our lives. Collectively, these breakthroughs will profoundly impact a wide range of sectors.
We are investigating plant-based plastic composites and materials that could produce compostable plastics. And of course, there’s artificialintelligence, or AI, which looks set to revolutionise nearly every aspect of our lives. Collectively, these breakthroughs will profoundly impact a wide range of sectors.
There is a growing demand for machine tools capable of processing advanced materials such as composites, ceramics, and high-strength alloys. This capability is crucial for industries such as aerospace, medical sectors aiming to achieve lighter weight, improved durability, and enhanced performance in their products.
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