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Cobot Tools to Boost Arc-On Time
Arc-on time is the term that refers to the actual time the electricity is used when welding, with the wire running, and the gas flowing. It is the ultimate measure of welding productivity. The industry average arc-on time in most manual welding operations is around 10%, which is low because welders take care of a […]
Rocket Lab Builds the World’s Largest 3D Printer for its Neutron Rocket
You might not have heard about Rocket Lab, particularly because of the popularity of SpaceX, but it’s one of the most advanced space companies out there. Headquartered in Long Beach, California, Rocket Lab was founded by Peter Beck to launch small satellites and spacecraft cost-effectively and at scale. Recently, the company made waves in the […]
Titanium Could be Used to Create Element 120
Unbinilium, or eka-radium, is a hypothetical chemical element that would take its place on the s-block on the periodic table. Element 120 is of particular interest to scientists because it might be stable, as opposed to every other heavy element synthesized in a lab. If synthesized, element 120 would be the 36th heavy element that […]
Carbon Footprint Cut: Swedish Mining Firm Turns to Green Hydrogen
The efforts to achieve net-zero targets require significantly reducing carbon dioxide emissions. Industries are actively seeking alternative resources to address this challenge. A Swedish mining firm is tapping into green hydrogen as a sustainable energy solution for their industrial processes. Sweden’s state-owned mining and minerals company, LKAB, which operates the largest underground iron-ore
Scientists Develop Method for Evaluating 3D Printed Metal Quality
Scientists at the Nanyang Technological University in Singapore have developed a cost-efficient method to evaluate the quality, physical, and mechanical properties of 3D printed metal parts. This is a very important development for engineers and technicians across all fields, as it could unlock 3D printing technology applications that were previously deemed too risky due to […]
Fatigue Crack Growth Model on Shape Memory Alloys Reveals Key Factors
A team of researchers from the University of Cambridge, ESA-ESTEC, and the Imperial College in London, have developed a model to evaluate fatigue crack growth in Shape Memory Alloys (SMAs). The goal of the model is to serve as a basis for a linearised system that will provide insight into the exact roles of transformation […]
