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<strong>3D</strong> <strong>Printing</strong> <strong>Plastics</strong> <strong>Market</strong> <strong>Analysis</strong>, <strong>Share</strong>, <strong>Growth</strong> & <strong>Forecast</strong><br />
“Global <strong>3D</strong> <strong>Printing</strong> <strong>Plastics</strong> <strong>Market</strong> report includes in-depth analysis of<br />
industry by recent technologies, trends, opportunities, challenges, key players<br />
and business strategies considering types, segment and future outlook.”<br />
<strong>3D</strong> printing is commonly known as additive manufacturing and infers a process that creates a three-dimensional<br />
object in which layers of material are formed by computers to generate an object. Objects can be of any shape<br />
and can be created using digital model data from a <strong>3D</strong> model or any other electronic data source such as additive<br />
manufacturing file. Technically, <strong>3D</strong> printing refers a process that deposits a binder material onto a powder bed<br />
with inkjet printer heads sheet by sheet. On the basis of application, the global <strong>3D</strong> <strong>Printing</strong> <strong>Plastics</strong> <strong>Market</strong> is<br />
segmented into commercial, industrial and amateur. Commercially, <strong>3D</strong> printing uses a mixture of several types<br />
of filaments, from chocolate and cement to regenerating a tissue.<br />
<strong>3D</strong> printing is a much new concept than additive manufacturing, which serves as a much quick alternative to<br />
older engineering methods such as sculpting and forging and is also a cost-effective process. In fact, the<strong>3D</strong><br />
printing field is much diverse and a rapidly expanding one. Nylon or polyamide is basically used in powder from<br />
for plastics printing. The process mainly follows sintering or also called as FDM process. The process ensures<br />
flexibility, durability and reliability for <strong>3D</strong> printing.<br />
The material can also be used with aluminum powder to produce another <strong>3D</strong> printing material for sintering. ABS<br />
is another method which is a common and widely used method. Overall, the commercial techniques used in <strong>3D</strong><br />
plastics printing are deployed on a large scale worldwide, thus it can be anticipated that the global market is set<br />
to grow at a healthy CAGR during forecast period. The key driving factors responsible for the growth of <strong>3D</strong><br />
printing plastics market include adoption of <strong>3D</strong> printing technology by end-use industries.<br />
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https://www.millioninsights.com/industry-reports/3d-printing-plastics-market/request-s<strong>amp</strong>le
However, lack of adoption of new and emerging technologies in developing regions is likely to impede the<br />
market growth. Other factors such as need for certification of grades and higher costs involved with<br />
production of commercial grades inhibit the market growth during the forecast period. On the basis of type,<br />
the global <strong>3D</strong> printing plastics market is segmented into photopolymers, PLA, ABS and polyamide/nylon.<br />
Photopolymers type contributed to the growth of <strong>3D</strong> printing plastics market during the forecast period and is<br />
expected to continue the dominance. The growth is mainly due to rise in demand for healthcare and medical<br />
equipment and also photopolymers are extensively used in SLA technology and for prototyping of static<br />
models in several end-use industries.<br />
On the basis of end-use industry, the global <strong>3D</strong> printing plastics market is segmented into healthcare &<br />
medical, aerospace & defense, commercial goods and automotive. Healthcare & medical end-use segment is<br />
anticipated to grow at a higher CAGR during the forecast period owing to enhanced technology, financial<br />
support by government and promptness in product development.<br />
On the basis of geographic segmentation, the global <strong>3D</strong> printing plastics market is segmented into North<br />
America, Latin America, Europe, Asia-Pacific, Middle-East and Africa. North America dominates the global<br />
market owing to presence of <strong>3D</strong> printing plastics manufacturers. APAC regions are likely to dominate the<br />
global market owing to rapid developments in printing technology.<br />
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https://www.millioninsights.com/industry-reports/3d-printing-plastics-market<br />
The growth is mainly witnessed in the regions of India, China, Malaysia, Singapore and Japan. Middle-East and<br />
African regions are anticipated to grow at a lower CAGR during the forecast period owing to less presence of<br />
printing industries and lack of support by the government. The key players in the global <strong>3D</strong> printing plastics<br />
market include <strong>3D</strong> Systems Corporation, EOS GmbH, Arkema SA, Stratasys and Evonik Inc.<br />
See More Reports of this Category by Million Insights @<br />
https://www.millioninsights.com/industry/plastics
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