Examples of using Printing technologies in English and their translations into Chinese
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But bioprinting isn't just the domain of a few- there are many, many organizations out there working with living tissue using 3D printing technologies.
It is also suitable in the fabrication of electronic components using printing technologies that are recognized as environmentally friendly production methods.
We all use different software, print in different materials, and not only use different printers but also different printing technologies.
The company's extensive portfolio of marking and printing technologies, including RFID and RTLS, illuminates mission-critical information to help customers take smarter business actions.
Many of the interesting start-ups focused on continuous carbon fibre 3D printing technologies use either nylon 6 or nylon 12 as a matrix material.
In conclusion, it is foreseeable that flexo printing will develop faster than some other printing technologies in China in the near future.
Not only do they research and develop new 3D printing technologies, but they help develop ways to integrate it into existing manufacturing processes and workflows.
The new high-performance powder stands out for its high elasticity and strength and is suitable for a variety of powder-based 3D printing technologies.
AI SpaceFactory, founded in 2017, developed TERA with the same design logic and 3D printing technologies as their NASA-award-winning Mars habitat MARSHA.
The partners launched the project in May 2017 to develop the basis of a future system for series production using 3D printing technologies.
It will be difficult to transfer the stringent performance and safety standards, currently set as per the traditional manufacturing technologies, to 3D printing technologies.
Now, as presented in the journal ACS Central Science, the researchers have succeeded in creating such a device, thanks in part to 3D printing technologies.
An arrangement signed in December last year with the industry ministry concerned the development of 3D printing technologies applicable to the defense industry.
That gives them a lot more control over the material properties of the final print, especially in comparison to traditional 3D printing technologies.
Additionally, it can also be used to touch up 3D printed models created by other 3D printing technologies that use heat to process prints.
A group of scientists from the University of North Carolina(UNC) and North Carolina State University(NCSU) researched these two 3D printing technologies.
Increase in investments in R&D for new digital textile printing technologies is expected to provide lucrative opportunities in the global market.
This new filament material can be used for the most common 3D printing technologies including fused filament fabrication and direct material extrusion.
The company's patented FDM® and PolyJetTM3D Printing technologies produce prototypes and manufactured goods directly from 3D CAD files or other 3D content.
Thus we are evaluating the feasibility and added value of implementing different 3D printing technologies and bioprinted tissues into future exploration missions.”.