In The Next Decade, The Global 3D Printing Wire Market Is Expected To Reach 31.1%.

Recently, Quince Market Insights released market analysis. The 2021 global 3D printed wire market value reached $ 968 million, and the compound year growth rate was 31.10% in the predicted period of 2021 to 2030. At present, the demand for 3D printing wires is mainly concentrated in increasing design exchanges and prototype production applications in aerospace and national defense industries. In addition, industrial and automotive applications have continued to grow in high quality printing parts, also promoted the development of the market.

The 3D printing wire is basically a thermoplastic raw material for melt deposition modeling (FDM). Print various materials at a time, printing various materials is the main factor in promoting market growth, which has spawned various types of filaments, which have different characteristics and require different temperatures to print. This filament helps to produce an object of complex structures. 3D printing technology is widely used in large and small industries, which promotes the development of 3D printing wire market.

The expansion of the global 3D printing wire market is benefited from the improvement of 3D printing technology and its implementation in size enterprises. The demand for functionality and high performance printing parts has also promoted market growth. Increased application in terms of aerospace and military, consumer goods, automobiles and other fields, promoted the development of 3D printing wire market. The demand for improved filament materials to produce high quality printing components has increased. Therefore, the manufacturer is investing in funds for better wire materials.

Global 3D print filament market overall profile

This has had a positive impact on the 3D printing wire market, leading to market expansion. In addition, the emergence of biodegradable 3D filaments has caused interest in many companies and enthusiasts. This contributes to the expansion of the 3D printing area, enabling the global 3D printing wire market to expand. The growth of 3D printing wire market is benefited from the existence of many raw materials suppliers.

However, since 3D printing technology is relatively expensive than other possibilities, this has also led to a decline in the market's demand for this product. However, demand declines are only temporary, because this is one of the most effective methods dependent on equipment and raw material suppliers.

COVID 19 on the global 3D printing wire market

The outbreak of COVID-19 has little influence on the 3D printing wire market because most 3D printed wire production plants are located in the popular countries of coronary viruses. The demand for medical components and equipment such as swabs, masks and ventilator splitters are large, so the 3D print wire manufacturer is now being sold for printing medical equipment. In order to meet medical urgent needs, some end users have changed their production focus. In the medical field, this has opened up new possibilities for 3D print fans.

Global 3D printing wire market (according to type)

From the type of material type, the global 3D printing wire market is subdivided into plastic, metal, ceramics. The plastic plate is further divided into polyethylene terephthalate (PET), polylactic acid (PLA), acrylonitrile butadiene (ABS), photopolymer, and the like. The metal portion is further divided into aluminum, titanium, stainless steel, nickel, and the like. The ceramic segment is further divided into molten stone, glass, quartz, etc.

The plastic sector is expected to account for the largest market share. So far, the most common filament type is acrylonitrile butadiene (ABS) and polylactic acid (PLA). Most basic 3D printers use filaments made from these plastics. The melting point of the PLA is relatively low, and the temperature can be used between 180 and 230 ° C. It is vegetative and biodegradable. It is more difficult than ABS, but it is usually easy to use. PLA is usually used as a base material for a more strange composite.

Global 3D printing wire market (according to end users)

From user objects, the global 3D printing wire market is divided into aerospace and national defense, medical and dental, automotive, electronics, etc. Among them, due to the large-scale customization of aerospace components, the demand for light high-strength printing materials is growing, and the aerospace and defense fields are expected to increase the fastest growth.

Global 3D printing wire market (according to region)

Based on the region, the global 3D printing wire market is divided into North America, Europe, Asia Pacific, Middle East and Africa and South America. It is expected that the Asia Pacific region will witness the fastest market growth. Due to the rapid acceptance of 3D printing materials from prototype, product design, and conceptual modeling to final product manufacturing, the demand for 3D printing materials is significantly increased. Early acceptance and development of excellent 3D printing technology, as well as a large amount of manufacturers in the region, attributed to the success of the region.

2021 - 2030 Global 3D printing filament market (million US dollars)

Some of the latest developments in 3D printing wire market

In June 2020, Koninklijke DSM NV (Netherlands) agreed to take over some parts of Corlain (Switzerland) 3D print business combination to improve fast market-driven product development solutions. Dasman acquired Corlain's 3D printing material business to quickly manufacture high performance filaments and particles according to application requirements. As a result of this strategy, DSman's engineering-grade filament, particles and powder portfolios will be strengthened.

In April 2020, Stratasys and Israeli Origin established a strategic partnership to provide 3D printing nasopharyngeal swabs for the healthcare industry. As part of this cooperation, the company will sell and sell ORIGIN 3D print nasopharyngeal swabs to the US health care practitioners and testing center. The cooperation is designed to enhance the company's status in health care business and expand its business use.

In February 2020, Sanmina Corporation (United States) and 3D Systemscorporation expanded its cooperation in plastic 3D printing system development. The company has established a partnership with Sanmina to create a Figure 4 platform. With this new contract, the company will be able to more focused on its core advantages of its plastic materials and application development.