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3D printed mayenite composite scaffold
Three-dimensional (3D) printing technology has received considerable attention in the field of bone engineering because it can precisely control the manufacture of complex structures with customizable shapes, internal and external structures, mechanical strength, and biological activity.
2021-11-24
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Metal organic frameworks may become more flexible
The application potential of metal-organic frameworks was discovered about 20 years ago, and since then, nearly 100,000 such mixed porous materials have been discovered. There is great hope in technical applications, especially flexible MOF. For example, as shock absorbers, they can respond to sudden high pressures, that is, plastic deformation, by closing pores and losing volume.
2021-11-24
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The new CO2 laser beam cutting technology is more suitable for cutting hard or brittle materials!
Laser beam cutting is a non-contact, flexible production and high-productivity technology that can accurately analyze a wide range of sheet materials. For these and further benefits, laser processing is increasingly being adopted by industry.
2021-11-24
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Use memory alloy as a driver to achieve precise positioning of extremely small displacements
Many shape memory alloy (SMA) linear actuator designs have been proposed to use different technologies for precise position control, such as displacement feedback, temperature feedback, force feedback, and resistance feedback. Each technology has its own advantages, as well as limitations and limitations.
2021-11-24
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3D printing the smallest ship in the world
3D printing, which originated in the 1980s, has developed rapidly in recent years and is known as "one of the important symbols of the third industrial revolution." Earlier this month, physicists at Leiden University in the Netherlands used 3D printing to print the world’s smallest ship, which is only 30 microns in length, only 6 times larger than bacterial cells.
2021-11-23
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New 3D metal printer comes out
On November 11, 2020, Optomec recently announced a new 3D metal printer based on Directed Energy Deposition (DED), a powder-based free-form 3D metal printing technology developed by Optomec based on the LENS trademark, and will continue Leading the market in more than 200 installations worldwide.
2021-11-23
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3D printed weather station: get the most science with the least money
The researchers found that an inexpensive monitoring system consisting of 3D printed parts and low-cost sensors may not be as durable as a commercial monitoring system, but it can be as accurate as a commercial monitoring system.
2021-11-23
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The use of 3D printing technology to develop a thin-plate electromechanical atomizer
Microfluidic structures and devices have been studied for decades, used to transport liquids through internal channels, using a variety of microfabrication solutions, such as surface and batch micromachining techniques.
2021-11-23
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Eaton Automotive Group Launches Metal 3D Printing Program
The vehicle group of the power management company Eaton is implementing a new 3D metal printing process as part of its Industry 4.0 strategy to reduce development time and increase efficiency.
2021-11-23
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The epidemic promotes the widespread application of 3D printing technology
GM's interest in 3D printing tools stems from two factors. The first is our nylon 12CF material, which contains 35% chopped carbon fiber. Its excellent strength and rigidity are ideal for various functional prototypes, end-use parts and light tool applications. Coupled with the continued reliability and repeatability they have seen from our high-end FDM system, they started printing things like inspection jigs, hand tools, and end-of-arm tools.
2021-11-23
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Oxygen can help synthesize metal organic framework
The metal organic framework (MOF) is composed of metal ions periodically surrounded by organic bridging molecules. These hybrid crystal frameworks have a cage-like hollow structure.
2021-11-23
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New nanocomposite ceramic materials can be used for laser applications
Materials scientists at the Far Eastern Federal University (FEFU) and an international team of researchers have developed a new nanocomposite ceramic (Ho3+: Y2O3-MgO), which can be used to work in the mid-infrared range (IR) of 2-6 microns Large-capacity laser system.
2021-11-23
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