Articles tagged with Manufacturing
Researchers develop 'hybrid' resists combining poly(methyl methacrylate) and aluminum oxide to improve lithography contrast and enable high-resolution silicon nanostructures. The approach uses an existing resist, metal oxide, and common equipment, offering a cost-effective solution for next-generation electronics.
New research reveals that 36% of post-market studies for pre-approved prescription drugs were not completed, with 50% taking an average of 5 years to begin. The study suggests that manufacturers lack incentive to complete these studies due to lax enforcement and high costs.
A hand-held device measures heart disease biomarkers from saliva to predict risk of heart disease, failure or heart attack. The technology has been validated in the lab with high accuracy and could help millions of potential victims take preventative steps.
Researchers developed wearable skin sensors that can detect sweat rate and electrolytes, providing real-time updates on health problems such as dehydration or fatigue. The sensors were found to be reliable and reproducible, enabling continuous data collection from different parts of the body.
A new study finds that female executives decrease the wage-gap for women at the top of a firm while widening it at the bottom. Female leadership also improves firm performance by boosting sales per worker when led by female CEOs.
Researchers have developed an effective method to monitor carbon nanotube films using artificial neural networks (ANN). The technique can help predict the efficiency of single-walled carbon nanotubes synthesis and improve the overall production framework, leading to new horizons for real-life applications.
Researchers at KAIST have developed a novel synthesis method for single-crystalline hexagonal graphene quantum dots, which emit stable blue light. The team successfully created homogeneous nucleation of graphene quantum dots through a single-phase reaction.
A new study suggests combining biomass with waste materials can improve the sustainability of manufactured soils by reducing nutrient loss. The research found that adding biochar reduces essential nutrient retention, improving conditions for plant growth and lowering fertiliser reliance.
The Department of Energy's Oak Ridge National Laboratory has developed dynamic vision sensors that can interpret live information in real-time, revolutionizing robotics and autonomous vehicle sensing. Additionally, researchers are using additive manufacturing techniques to unlock new potential in tungsten for fusion energy, while also ...
A recent study found that when mainstream brands use visual cues suggesting their products are environmentally friendly, consumers tend to perceive them as less effective and switch to more eco-friendly alternatives. The research involved a survey of over 500 consumers across the US, who were shown different product labels with varying...
Research finds tobacco industry has bumped up prices for products beyond required tax changes, contradicting its claims that price rises fuel illicit tobacco trade. Industry-driven price increases were higher for cheaper 'roll your own' tobacco than expected.
Chemical manufacturers in the US are opposing new tariffs proposed by the Trump administration on $300 billion worth of Chinese goods. The additional taxes could hurt US companies' competitiveness and pricing advantage over foreign firms that do not have to pay tariffs.
MIT researchers have created a set of five fundamental parts that can be assembled into various functional devices, including a tiny walking motor. The new system uses 'digital materials' and offers an alternative approach to constructing robots, which could lead to the development of standardized kits for specific tasks.
Researchers developed a micro-capillary injector that accelerates nanometer-scale structure fabrication using a supersonic jet of inert gas. The technique allows for rapid production of structures with high aspect ratios, suitable for applications in magnetic memory and quantum communication devices.
Researchers at the University of Lincoln's National Centre for Food Manufacturing have developed new methods to dehydrate fruit and vegetables, producing flours that can be used in bakery and snack products. This technology extends shelf life and reduces food waste.
Researchers have successfully mimicked the ultrastructure of wood using 3D-printing technology, enabling the creation of sustainable green products. The new process allows for precise control over cellulose nanofibril arrangement, replicating desirable properties of natural wood.
Researchers developed a controlled microfluidic crystallization device to improve screening of drug substances and scale up stable crystallization. The device can simulate industrial conditions and screen various APIs, including anti-inflammatory drugs, with higher efficiency.
Research by University of Wisconsin-Madison sociologist Nathan Seltzer found a strong link between the share of goods-producing industries and fertility rates. His analysis showed that metropolitan areas with steeper declines in manufacturing businesses experienced steeper declines in fertility rates.
The Japanese black tea market has seen a resurgence in recent years, driven by innovation and demand for high-quality products. However, the shift towards direct-to-consumer sales presents unique challenges for farmers, including access to feedback from consumers and adapting production techniques to meet evolving consumer preferences.
Nanobio-hybrid organisms use light-activated quantum dots to produce biodegradable plastic, gasoline, ammonia, and biodiesel from airborne CO2. The process shows promising signs of being able to operate at scale.
Seven new research fellows have joined Oak Ridge National Laboratory's Innovation Crossroads program, focusing on various energy-related and grid topics. The selected innovators will collaborate with world-class experts and unique capabilities at ORNL to advance their technologies.
Researchers from KAUST have exploited inkjet printing to generate high-efficiency solar cells, replacing inorganic semiconductors with lightweight and flexible organic materials. The technique allows for customized designs, rapid design changes, and low-cost manufacturing, making it suitable for a variety of applications.
A new manufacturing process utilizing cellulose nanocrystals provides advanced barrier coatings for food packaging, keeping groceries fresher longer. This innovation has the potential to enable more sustainable high-performance food packaging, validating its merit among experts in the field.
Scientists at Washington State University and Ohio State University have developed a novel method for creating custom lenses using magnetic liquid droplets. This breakthrough process eliminates the need for expensive metal molds, enabling mass production of high-quality lenses in various shapes and sizes.
Researchers at UBC Okanagan have created a low-cost, washable sensor that can monitor human movement and detect deformations in composite materials. The sensor uses piezo-resistivity technology and has shown great promise for health-monitoring applications and the composites manufacturing industry.
An expert panel recommends companies undergo third-party evaluations to certify probiotic quality and label accuracy. They suggest publicly available quality standards and methods to provide consumers with certainty about what's in their probiotic product.
The collaboration aims to increase metal component production by up to 100 pounds per hour, reducing costs and lead times for US manufacturers. By leveraging data analytics and advanced technologies, ORNL and Lincoln Electric aim to showcase American manufacturing capabilities in the global market.
Researchers have discovered that granular materials, such as sand and coffee, exhibit similar behavior to immiscible liquids when fluidized. This phenomenon has significant implications for industries like pharmaceuticals and energy production, where efficient processing of granular materials is crucial.
Physicists uncover secrets of conching, a 140-year-old mixing technique that creates smooth chocolate texture by breaking down ingredients into finer grains. The study may lead to lower-fat chocolate and more energy-efficient manufacturing processes.
A new study suggests that developed countries can gain economically from their counterterrorism efforts, whereas developing countries face economic losses due to these threats. The study investigates the interplay between trade and terrorism under free trade between a developed nation and a developing nation.
The Australian Centre for Innovative Manufacturing (ACIM) at Flinders University aims to create jobs and promote growth in strategic industries. The facility will explore the application of advanced technologies like automation, robotics, and digital assembly.
The research team developed a novel heating technology using a microwave-induced wireless lamp, achieving high-quality crystallization of amorphous silicon films with improved efficiency. The system uses an electrodeless lamp that absorbs microwave energy without electrical wiring, resulting in energy saving and durability.
Researchers at NIST have collected accurate and comprehensive data on the fundamental aspects of laser welding, enabling better computer simulations. This improved understanding could give industries more control over laser welding processes, leading to faster production times and reduced energy consumption.
The pharmaceutical industry is embracing continuous manufacturing processes, offering reduced costs, factory space, and processing time. Companies like Janssen, Eli Lilly, and Pfizer have received approvals for drugs produced by continuous processes, paving the way for more complex chemistries.
Researchers at Oak Ridge National Laboratory developed a stretchy plant-derived material with superior adhesion properties, while also advancing additive manufacturing techniques for metal parts. Additionally, they utilized the Summit supercomputer to simulate small modular nuclear reactor designs with improved efficiency.
Huachen Cui, Ryan Hensleigh, Hongshun Chen and Xiaoyu Zheng won the JMR Paper of the Year Award for their work on additive manufacturing and high-temperature ceramic metamaterials. The paper demonstrates an approach to fabricate three-dimensional microarchitected materials with high specific strength.
Researchers have successfully 3D printed chalcogenide glass using a modified 3D printer, enabling the creation of complex optical components and fibers for low-cost sensors, telecommunications components, and biomedical devices. This breakthrough could pave the way for efficient manufacturing of infrared optical components at a low cost.
HRL Laboratories' breakthrough alloy is the world's first printable high-strength aluminum, registered with the Aluminum Association. The registration validates its commercial value and enables companies to access the alloy through specific powder numbers.
A new strain of yeast can produce tagatose in much larger quantities than traditional enzymatic manufacturing techniques, making it a cost-effective alternative to sugar or high-fructose corn syrup. The glycemic index of tagatose is lower than that of sucrose and fructose, carrying a lower risk for developing Type 2 diabetes.
A research team developed an artificial chemical receptor that effectively facilitates viral binding to T cells, increasing transduction efficiency by up to 80%. The technique is safe and efficient for human primary T cells and shows great potential for clinical engineered T lymphocyte manufacturing.
The REHEAL Glove is a flexible wound dressing that provides negative pressure therapy and allows early motion therapy during healing. It has successfully completed another key step on the road toward commercialization, earning national recognition for its potential to improve treatment of hand trauma.
An interdisciplinary research group at KIT is developing an agile production system that autonomously adapts to changing product specifications using multi-modal sensors and artificial intelligence. The system aims to improve remanufacturing processes, enabling the reuse of electric motors from the automotive industry.
MIT researchers develop an alternative approach to synthesizing epoxides, a type of chemical used in plastics, pharmaceuticals, and textiles, that uses electricity instead of fossil fuels, eliminating carbon dioxide emissions. The process can be done at room temperature and atmospheric pressure, reducing industrial energy consumption.
Researchers at the University of Huddersfield have developed a new technique to calculate how long it takes for components to stabilize before they can be measured by a Coordinate Measuring Machine (CMM). This reduction in time-lag can lead to significant gains in productivity and efficiency, as well as reduced machine downtime.
A team of scientists from Stanford and MIT used machine learning to analyze extensive experimental data, predicting the remaining lifespan of lithium-ion batteries. The technique is expected to speed up new battery designs and reduce production time.
Researchers at the University of Huddersfield and Reliance Precision are developing a new technology that reduces pre-sintering needs in additive manufacturing, enabling metal powder recycling and reuse. This innovation aims to make 3D printing more economic and productive, with potential applications in various sectors.
Researchers at North Carolina State University have developed a microfluidic system that can synthesize perovskite quantum dots across the entire spectrum of visible light. The system drastically reduces manufacturing costs and allows for real-time process monitoring to ensure quality control, enabling mass production of high-quality QDs.
Purdue University researchers have developed a continuous manufacturing process to make generic lomustine and other products. This approach improves quality monitoring, reduces production costs, and enhances flexibility, making it more feasible for mass-producing life-saving medicines.
A new process developed by Purdue University researchers makes it easier to cut and shape exotic metals, reducing the need for high-force machining. The method uses a designer surface-active agent to create a smoother end surface with fewer cracks and tears.
New research from Carnegie Mellon University and Argonne National Laboratory has identified how and when gas pockets form in 3D printing, leading to cracks and failures. The study developed a methodology to predict gas pocket formation, which could improve the consistency of finished products.
Researchers have identified the causes of gas pockets in 3D printing, which can lead to cracks and failures. The study used high-energy X-rays to predict when these pockets will form, enabling better control over the printing process.
Researchers at Scripps Research Institute create a battery-like system to manufacture medicines, avoiding safety risks and increasing versatility. They use additives from lithium-ion battery manufacturing to conduct reductive electrochemistry safely and efficiently.
A NYU Tandon team has designed a novel reactor that uses solar energy and plant waste to produce adiponitrile, a precursor material for Nylon production. The technology employs organic electrosynthesis, which can be generated via renewable energy sources like solar or wind power.
Researchers at the University of Huddersfield have made a groundbreaking discovery in decomposition theory, which will enable greater accuracy in the manufacture of complex products. The breakthrough is expected to offer more functionality and significantly lower costs for advanced manufacturers.
GraphON is a conductive coating that can be manufactured cheaper and easier than comparable products, with greater control over performance. It has potential uses in electrostatically dissipative coatings, electromagnetic interference shielding, electrical heating and conductive coatings.
Engineers at UCLA develop a method to weld the challenging AA 7075 aluminum alloy using titanium carbide nanoparticles, achieving tensile strength comparable to steel. This breakthrough may enable wider adoption of the alloy in mass-produced products.
Scientists have created an 'unclonable' tag that can never be replicated, using physical unclonable functions (PUFs) with microparticles forming random patterns. The system correctly identified 76% of the tags, with estimated 2.5 x 10^120 unique codes.
A Dartmouth study highlights the need for transparency in self-driving car geospatial data, which can be used to inform decisions on traffic management, urban planning and public projects. Hacking, open source design and legislation are proposed avenues to address concerns over privacy and security.
Researchers at USC developed a new 3D-printed rubber material that can repair itself after damage, reducing manufacturing time and increasing product durability. The material was manufactured using photopolymerization and exhibits self-healing properties through the transformation of chemical groups.
A study by Indiana University found that a moderate level of piracy can have a positive impact on the profits of both manufacturers and retailers, while also enhancing consumer welfare. This 'win-win-win' situation can benefit the overall economy.