The 3D printing filament device market growth will increase significantly in the period 2020-2026
19 Jan
Blog

3D Printing Filament Tools Market Development Set to Surge Considerably throughout 2020-2026

The 3D printing filament device market growth will increase significantly in the period 2020-2026

Date: 2020-12-29
Author: Sachin Pashte
Category: #news

The 3D Printing Filament Devices Market report added by Market Study Report, LLC reveals the current and future growth trends of this business along with details of the myriad regions that are part of the regional landscape of the 3D Printing Filament Devices Market. The report also clarifies complex details regarding supply and demand analysis, market share, growth statistics, and contributions from leading industry players in the 3D Printing Filament Devices Market.

The latest study of the 3D Printing Filament Devices Market provides a comprehensive analysis of this business segment in terms of key growth stimulants, opportunities, and restraints. The report examines the impact of the COVID-19 pandemic on the growth trajectory of this industry. It also highlights key information about the competitive landscape and analyzes popular strategies used by leading players to adapt to market instabilities.

Request a sample report of 3D Printing Filament Devices Market at: https://www.marketstudyreport.com/request-a-sample/2947651?utm_source=algosonline.com&utm_medium=AK

Important highlights of the COVID-19 impact analysis:

  • Impact of the COVID-19 pandemic on the economy.
  • Fluctuations in the supply and demand channels
  • Anticipated effects of the COVID-19 pandemic on the growth matrix.

Further highlights from the market report for 3D printing filament devices:

  • The product area of ​​the market for 3D printing filament devices is divided into
    • Filament extrusion equipment
    • dryer
    • Wingding equipment

    .

  • Sales and volume forecasts for each product type are presented.
  • The report provides estimates of the CAGR and market share of each product segment during the investigation period.
  • With regard to the range of applications, the market is categorized
    • Plastic 3D printing filament
    • Metal 3D printing filament
    • Ceramic 3D printing filament

    .

  • Estimates of the CAGR and market share of each application segment during the estimated time frame are listed.
  • Companies that define the competitive landscape of the 3D Printing Filament Devices Market are
    • Fila rudder
    • Guangzhou POTOP Experimental Analyzer Co.
    • GmbH
    • 3devo
    • they brought
    • Filabot
    • Mercator Castle

    .

  • The detailed profile of the listed players as well as their manufactured products, production samples and market tariffs are explained.
  • The document also includes other important aspects such as gross margin, pricing pattern, and market share of each participant.
  • The report sheds light on competitive trends and provides a holistic assessment of the industry’s supply chain.
  • Porter’s Five Forces Analysis and SWOT Analysis are used to interpret the feasibility of a new project.

Inquire about a discount on 3D Printing Filament Devices Market Report at: https://www.marketstudyreport.com/check-for-discount/2947651?utm_source=algosonline.com&utm_medium=AK

An overview of the regional analysis:

  • Geographically, the 3D Printing Filament Devices market is segmented into North America, Europe, Asia-Pacific, Southeast Asia, the Middle East and Africa, South America.
  • The report provides an overview of each regional contributor including their projected growth rate over the forecast period.
  • Details of sales and revenue for each region are provided.

Key points covered in the report:

  • Market environment: Includes sector size, market size and growth analysis by segmentation.
  • Analysis of the countries with high potential: Indicates that the share of value depletion in the various segments and sub-segments is changing in countries with high potential worldwide. The report also includes an analysis of market sentiment, economic development, sociodemographic factors, governance indicators, and technological infrastructure.
  • Country Deep Dive: Provides an overview, demographic analysis and key trends in countries with high potential.
  • Competitive environment: Provides an overview of major leading players and analyzes private label growth in the region.
  • Distribution analysis: Provides an analysis of the leading sales channels.
  • Challenges and future prospects: Provides the challenges and future prospects for 3D Printing Filament Devices market

For more details on this report: https://www.marketstudyreport.com/reports/global-3d-printing-filament-equipment-market-report-2020-by-key-players-types-applications-countries-market-size-forecast-to-2026- based on-2020-covid-19-distributed worldwide

Related reports:

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2. Global Polymer Concrete Market Research Report Showing Ways And Strategies To Enhance Growth – Impact And Recovery From COVID-19

Read more: https://www.marketstudyreport.com/reports/global-polymeric-concrete-market-research-report-with-opportunities-and-strategies-to-boost-growth-covid-19-impact-and- recovery

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PLA Filament for 3D Printing Market 2021 Industry- Emerging Trend, Top Players, Revenue Insights to 2027 – Splash Radio Wales
19 Jan
Blog

PLA Filament for 3D Printing Market 2021 Trade- Rising Development, Prime Gamers, Income Insights to 2027 – Splash Radio Wales

Request download sample Ask for a discount company profile

New Jersey, United States, – PLA Filament for 3D Printing market report offers an unequivocal study of the market. After an in-depth assessment of the market elements, the report shares the intricacies of the variables that drive the business forward.

The PLA Filament for 3D Printing report offers a comprehensive examination of the market and highlights the components that are influencing the overall development of the corporate sector. From network accomplices to creation strategies to income generating methods, everything is included in the report. The PLA Filament for 3D Printing report also provides information related to the established players in the market. This will help understand the strategies that have kept their business going so far.

The main players in the PLA filament for 3D printing market are:

• Stratasys
• 3D systems
• BASF
• Mitsubishi Chemical
• Clariant
• Meltink 3D
• Advanc3D materials
• SIMONA AG

Additionally, for a 360 ° investigation, the PLA Filament for 3D Printing market report offers a complete view of pointers that affect the functioning of the market – in terms of volume, market value, demand, and supply. As each of these components transform into the market elements of the PLA Filaments for 3D Printing Market, they are mainly covered in each section of the report. In order to jump ahead of the opposition and make the most of the openings that arise, it is fundamental to understand the elements of the market.

According to the verified market report specialists, the PLA filament for 3D printing market will grow in terms of income and customer base. This conclusion was drawn from the far-sighted approach of the experienced team of professionals. The most important market indicators help to get an idea of ​​the past and current trends. Therefore, they are also taken into account in the PLA Filament for 3D Printing market report in order to design curated information. The essential information is presented in the form of tables, outlines and diagrams to enable a visual representation of the complicated and immense data set.

Segmentation of PLA filaments for the 3D printing market:

The PLA Filament for 3D Printing report has a pinned segment with the schemes that can be selected for the company’s expansion worldwide. The report is designed to guide you through every progress – from organization to execution.

According to the product type, the market is mainly divided into:

• 1.75 mm
• 3 mm
• After application:
• automobile
• Medicine & Dentistry
• Electronicsss
• Key figures:
• The major manufacturers operating in the global PLA filament for 3D printing market are:
• Stra

As applied, this report covers the following segments:

• automobile
• Medicine & Dentistry
• Electronicsss
• •

Scope of PLA Filament for the 3D Printing Market Report

Report attribute details
Market size available for years 2020-2027
Base year taken into account 2020
Historical data 2015-2019
Forecast period 2020-2027
Quantitative units Revenue in million USD and CAGR from 2020 to 2027
Covered segments Types, applications, end users and more.
Report reporting Sales forecast, company ranking, competitive landscape, growth factors and trends
Regional scope North America, Europe, Asia Pacific, Latin America, Middle East and Africa
Scope of adjustment Free customization of the reports (corresponds to up to 8 working days for analysts) with the purchase. Addition or change to the country, regional and segment area.
Price and purchase options Take advantage of tailored purchase options to meet your exact research needs. Explore purchase options

What important findings does the PLA filament provide for statistical measurements in 3D printing?

• At the local level, examined insights into past and current earnings of PLA Filament for 3D Printing market participants.
• Individual profiling of important partners.
• Analysis of PLA Filament for 3D Printing Market Size based on Item Type and End Use Type.
• Accurate estimate of the PLA filament for 3D printing in numbers and percent.
• Challenge the prospect of individual sections included in the PLA Filament for 3D Printing report.

Which inquiries does PLA filament answer for statistical measurement in 3D printing?

1. What restrictions are hindering the further development of the market for PLA filaments for 3D printing?
2. Why are end buyers leaning more towards elective PLA filament for 3D printing in the market?
3. How should the market for PLA filaments for 3D printing develop in the following September?
4. What methodologies are being established by the major players in the PLA Filament for 3D Printing market to gain an advantage over the opposition?
5. What methods are the established players in the PLA Filament for 3D Printing market employing to stay ahead of the opposition?

Why choose verified market reports?

• Smart dashboard for insights into industry patterns.
• Assortment of data from various accomplices of the organization, e. B. from vendors, vendors and specialist collaborations to obtain readable information about the PLA Filament for 3D Printing market.
• Strict quality control standards – data sorting, triangulation and approval.
• 24/7 at your service.

Visualize PLA Filament for the 3D Printing Market Using Verified Market Intelligence: –

Verified Market Intelligence is our BI-enabled platform for narrative storytelling of this market. VMI provides detailed forecast trends and deep insights into over 20,000 emerging and niche markets, helping you make key decisions that will impact sales for a bright future.

VMI provides a holistic overview and a global competitive landscape in terms of region, country, segment and key players in your market. Present your market report and your results with an integrated presentation function that saves over 70% of your time and resources for investor, sales and marketing, research and development and product development. VMI enables data delivery in the formats Excel and Interactive PDF with over 15 important market indicators for your market.

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3D Printing With VHS Tape Filament
19 Jan
Blog

3D Printing With VHS Tape Filament

When you have a pile of old VHS tapes in your attic or basement that you know you will never watch again, either because all of those movies are available on DVD or streaming service, or because you haven’t been working on VCRs In 2003 there might be a way to use it in other ways. With the miles of tapes available in just a few cassettes, [Brother] aka [Andrew] shows us how to use this tape as filament for a 3D printer. (Video, embedded below.)

The first step in the build is to actually create the filament. He uses a specially made homemade press to spin multiple ribbons into filament, much like the way cotton or flax are spun into yarn. From there, the filament is simply fed into the 3D printer and put into operation. The ribbon filament needs to be heated higher than a standard 3D printer filament to make it print much slower. However, the resulting product is indistinguishable from a normal print, with the exception of color. It has some other interesting properties as well, like keeping its magnetism off the magnetic tape and being a little brittle than PET plastic, although it appears to be a little stronger.

While VHS filament may not work for all plastic 3D prints, it is still great for something that would otherwise likely end up straight to the landfill. There are several other uses for this magnetic tape as well, such as when you want to build a DIY particle accelerator.

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14 Jan
Blog

3D Printing Filament Market Share, Measurement 2020 By Trade Future Demand, World Analysis, High Main Gamers, Growing Traits, Area Forecast To 2027 – The Pinstripe Empire

Global 3D Printing Filaments Market Analysis report published on dataintelo is a detailed study of market size, share, and dynamics covered on XX pages. It is a vivid example of market trends. This is an up-to-date report covering the current impact of COVID-19 on the market. The coronavirus (COVID-19) pandemic has affected every aspect of life around the world. This has resulted in several changes in market conditions. The rapidly changing market scenario as well as the initial and future assessment of the impact are covered in the report. It covers the entire market with an in-depth study of sales growth and profitability. The report also includes key players and strategic considerations related to pricing and advertising.

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The 3D Printing Filaments market report has a comprehensive database of future market estimate based on historical data analysis. It enables customers to have quantified data for the current market survey. It is a professional and detailed report focusing on primary and secondary drivers, market share, leading segments, and regional analysis. Key players, important collaborations, mergers and acquisitions as well as upcoming and trendy innovations are listed. Business policy is reviewed from a techno-commercial point of view in order to achieve better results. The report provides detailed information and analysis on the size, share, growth, trends, segment and forecasts of the global 3D Printing Filament Market from 2020 to 2027.

With a comprehensive approach to data accumulation, the market scenarios include key players, costs, and prices operating in the respective regions. The statistical surveys used are SWOT analysis, PESTLE analysis, predictive analysis and real-time analysis. Graphics are clearly used to aid the data format for a clear understanding of facts and figures.

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Primary research, interviews, news sources and information booths made the report precise and provided valuable data. Desk research techniques help provide a clearer and more precise understanding of how data is included in the report.

The report segments the global 3D Printing Filament Market as follows:
Global 3D Printing Filaments Market Size and Share by Region

  • Asia Pacific
  • North America
  • Latin America
  • Europe
  • Middle East and Africa

Global 3D Printing Filament Market Size and Share by Product
Section
PLA
DOMESTIC ANIMAL
Other

Global 3D Printing Filaments Market Size & Share, Applications
Medical
automobile
Consumer goods
Other

Key characters
3D systems
ESUN
ORD Solutions 3D printer filament
jet
Repraper
MeltInk
3D fuel
MG chemicals
Zhehan plastic and metal manufacture

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09 Jan
Blog

3ders.org – Voodoo Manufacturing provides glorious versatile TPU plastic filament to their 3D printing companies

June 16, 2016 | From Andre

When it comes to the desktop 3D printer market, there was a time when your material choices were strictly limited to ABS. Over the years, PLA has become the de facto standard due to its structural stability and fewer pressure restrictions (for example, no heated bed required). Since then, nylon, wood filling, polypropylene-like, bronze filling, and all other experimental materials have appeared. All of these experiments limited the reliability of 3D printing, so PLA and ABS remain champions to this day.

But the stiffness of these materials made people ask for more. Ninjaflex, a popular flexible filament brand, hit the streets in late 2013 and has been the most reliable of all flexible materials ever since. It seems that New York-based Voodoo Manufacturing has seen increasing demand for this material and is now offering Ninjaflex (and its slightly stiffer Semiflex) to its repertoire of available materials through its 3D printing service center.

Founded in 2015 by a group of ex-Makerbot engineers, Voodoo Manufacturing focuses on low-cost, high-volume 3D printing through their fleet of 130 Replicator 2-3D printers (without a doubt the best 3D printer released by Makerbot to date ).

Co-founder Jonathan Schwartz explains: “Over the past few months we have been testing TPU filaments for 3D printing to see if there is a way to offer this material in a scalable and reliable way. We are happy to announce that we have succeeded in developing in-house technologies that enable us to offer TPU at scale, and we look forward to working with partners to push the boundaries of what is possible. “

For me it’s a great idea to offer Ninjaflex through their 3D printing service. I’ve worked with the material for years and since the object to be produced is relatively simple with minimal support requirements, it continues to prove to be an incredibly versatile and reliable material. While it is difficult to get exact flexibility values ​​(durometer values) like with higher quality 3D printers, a little experimentation with model density and wall thickness goes a long way.

I found that Voodoo Manufacturing didn’t specifically mention that the material was actually Ninjaflex until you dig deeper into the material data sheet accessible on their site. Regardless of this, the Replicator 2 3D printer they use is actually very suitable for the material (loads, for example, light compared to 5th generation Makerbot replicators). Kudos to the team at Voodoo Manufacturing.

All in all, what I’m most impressed with is the site’s listing system, the sheer number of 3D printers, and their very affordable prices (I walked some STLs through their listing system and wow!). The compelling case studies that show projects they’ve worked on in the past are also well worth a look (the 3D printed dress is definitely a must-have).

Sometimes I feel like I’ve just become the rickety old hipster in the 3D printing racket by saying, “I offered Ninjaflex to customers before it was cool.” But who I’m kidding, Ninjaflex by Fenner drives are one of them better material options to hit the market in recent years. So it’s exciting to see how others incorporate their use into their business strategies.

https://www.youtube.com/watch?v=wqreBGncO0E

Posted in 3D Printing Service

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Biged Fromny wrote on 2016-06-16 15:26:42:

It’s a shame that they offer services with their Makerbot Z18 3D printers but don’t have any that work. I wonder what else is wrong with their marketing.

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BASF Ultrafuse 316L
09 Jan
Blog

M. Holland now distributing BASF Ultrafuse 316L steel composite filament » 3D Printing Media Community

M. Holland Company, a distributor of thermoplastic resin materials, has announced an expanded sales partnership with BASF 3D Printing Solutions. The agreement provides for M. Holland to begin selling a stainless steel composite filament, the Ultrafuse 316L from BASF. This is the company’s first foray outside of thermoplastic resins.

Ultrafuse 316L is a metal-polymer composite that allows users to print inexpensive metal parts using standard FFF 3D printers. Parts printed from the composite filament can then be debonded and sintered using industry standard methods to obtain solid metal parts. The inclusion of filament in M. Holland’s 3D printing material portfolio marks a new direction for the distribution company.

“We are excited to expand our existing relationship with BASF and are fortunate to be among the selected organizations authorized to distribute Ultrafuse 316L,” commented Haleyanne Freedman, market manager for 3D printing at M. Holland. “This metal-polymer composite filament is a game-changing, industry-changing product that is also affordable. Our customers can use this special material to complement existing possibilities in plastic injection molding and a variety of other applications. “

The stainless steel-polymer composite filament is primarily aimed at plastic injection moulders and OEMs who can use the material to manufacture metal tools, fixtures and fittings, as well as functional prototypes and end-use components. In combination with debinding and sintering, the filament can result in industrial grade metal parts.

“By expanding our sales partnership with M. Holland to include our Ultrafuse 316L metal filament for additive manufacturing, we can make printing metal parts more accessible and affordable for manufacturers,” added Firat Hizal, Head of Metal Systems at BASF, added 3D printing solutions. “As we expand our presence in North America, customers can quickly and reliably manufacture stainless steel parts using their existing printers and an established debinding and sintering network.”

In addition to the Ultrafuse 316L filament from BASF, M. Holland also offers a range of BASF 3D printing materials in its sales portfolio. It also offers additive manufacturing materials from Henkel, Owens Corning, and 3DXTech.

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Canadian Startup is Turning Food Waste into Biodegradable, Plastic 3D Printing Filament - 3DPrint.com
09 Jan
Blog

Canadian Startup is Turning Meals Waste into Biodegradable, Plastic 3D Printing Filament – 3DPrint.com

3D printing is often used in sustainability efforts, such as: These include making tires, prostheses and cars from recycled materials, treating water and avoiding food waste with 3D printed vegetables and other foods. The USDA has estimated that between 30% and 40% of the country’s total food supply is wasted and around 30% of edible fruits and vegetables are rejected for sale in South Africa for their appearance alone. Some companies are working to use food 100% zero waste, which could be tricky. But instead of completely stopping food waste, others want to use that edible waste to make something better – recycled materials for 3D printing.

Recycled 3D printing filaments have been made from all sorts of materials, from plastic and raw building materials to fishing nets and human waste, as crude as that sounds. A group of graduates from the University of Toronto, Scarborough, Canada started a startup called Genecis and came up with a way to recycle food waste and turn it into biodegradable plastics that can be used to make anything from 3D printing filament to packaging.

PHA plastic pipe

“Genecis uses biology to convert organic waste into higher quality materials. The first product line is PHA biopolymers (polyhydroxyalkanoates), which are used in combination with PLA to produce 3D printing filaments. It is also used to make high quality flexible packaging and containers. In addition, PHAs makes a harder and less brittle 3D printing filament. The end product is 100 percent biodegradable and can be mixed with a wide variety of colors, ”said Luna Yu, Founder and CEO of Genecis. “Currently, all PHAs are made from expensive food crops such as corn, sugar cane and rapeseed. Genecis has developed a novel technology to make PHAs from mixed food waste, dramatically reducing production costs. “

PHAs are produced by microorganisms that the startup modifies by adjusting the bacterial composition. Genecis has what Yu calls “special recipes for bacteria” at the core of its technology that allows materials to be quickly and automatically put together to later produce rarer chemicals, as well as materials that chemically create too much. Genecis claims that its “PHA Bacterial Cocktail” can produce PHA bioplastics at 40% less cost than current commercial productions.

“Over the past two years, Genecis has collected bacteria from around the world and isolated over 200 species that are not in any existing database. That way, we can start developing our own synthetic biology platform that will quickly generate new synthetic bacteria, ”said Yu. “These bacteria can be used to make better PHAs for 3D printing and reprogrammed to make higher quality materials used in the cosmetic, pharmaceutical and nanomaterial industries.”

[Image: Digital Trends]

According to the startup’s website, PHAs can be fully composted and formed into products like 3D printing filaments. It also degrades in landfills and in nature within a year and is one of the few types of bioplastics that, if somehow recycled, can be combined with gasoline plastics to make resin.

To date, Genecis has processed a total of 1,080 kg of food waste and is currently commercializing its first line of PHA products for bioplastic pellets. In addition, the Canadian startup is looking for new partners who can act as users of its manufactured polymers. This idea will surely give you something to think about the next time you throw away that perfectly good half-eaten salad.

Discuss this story and other 3D printing topics on 3DPrintBoard.com or share your thoughts in the Facebook comments below.

[Source: Digital Trends]

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INTAMSYS: First Distributor of New PAEK 3D Printing Filament from Victrex - 3DPrint.com
09 Jan
Blog

INTAMSYS: First Distributor of New PAEK 3D Printing Filament from Victrex – 3DPrint.com

The world of 3D printing materials alone is huge, wondrous, and inspiring – and it’s growing along with the exploration and innovation of users who often refuse to accept limits to their designs. High-performance polyetheretherketone (PEEK) and polyaryletherketone (PAEK) polymer solutions are materials that are also more widely used for industrial applications in additive manufacturing and are adapted to their original uses in traditional technologies such as machining and injection molding.

Now, UK-based Victrex, the leader in the development and supply of PEEK and PAEK, has announced the release of the VICTREX AM ™ 200 filament. This PAEK filament is being sold by INTAMSYS, China, as the offering continues to expand for customers using 3D design software and AM processes. As a manufacturer of 3D printers that focus on materials such as PEEK and PAEK, INTAMSYS will be the first to play a role in the Victrex filament fusion network.

INTAMSYS is known to work with customers in a variety of applications including:

  • automobile
  • Aerospace
  • oil and gas
  • Medical sector
  • Jigs
  • Devices
  • education

The new PAEK filament should be versatile and withstand harsh environments.

  • High wear resistance
  • High temperature resistance
  • Fatigue resistance
  • Corrosion resistance to liquids and chemicals
  • Freedom of design
  • Greater efficiency and affordability in production

Although Victrex has been a leader in the materials industry for nearly 30 years, we have followed their dynamic research process, huge investments in new technologies and continuous development of stronger PAEK materials. Over time, their goal has been to develop a new line of materials that will meet customer requirements and produce parts (not just prototypes) for critical applications where there is often no room for error.

“This new generation of PAEK filaments for additive manufacturing from Victrex represents an important step forward for Victrex. We are now excited to work closely with INTAMSYS,” said Jakob Sigurdsson, CEO of Victrex. “Due to the excellent collaboration with companies and institutions that pursue innovations in additive manufacturing, such as INTAMSYS, as well as the continued research by Victrex, we have made sustained progress in creating truly innovative components that are based on the design freedom of additive manufacturing with the high Performance of PAEK polymers. “

The PAEK material has been specially optimized for AM processes and is intended for high-performance parts. While in the past the PEEK material intended for injection molding could pose challenges in gluing and gluing, the new filament offers up to 80 percent higher strength and an impressive adaptability of FFF 3D printing.

“Our test results so far have shown that the VICTREX AM 200 filament has better interlayer adhesion than other PAEK materials on INTAMSYS machines. Compared to unfilled PEEK, it is designed with slower crystallization, a lower melting temperature and a viscosity tailored to the filament melting process, such as: B. easier flow in the build chamber after leaving the nozzle. Higher outdoor flow (low shear rates) also promotes interlayer bonding and stability during printing, ”said Charles Han, founder and CEO of INTAMSYS.

“All of this contributes to improved interlaminar adhesion, easier printing (less shrinkage and warping) and better suitability for FDM 3D printing compared to other similar options, based on the tests we have done so far at INTAMSYS . “

INTAMSYS engineers have conducted tests with a wide variety of 3D printers including the FUNMAT PRO 410 intelligent dual-nozzle 3D printer that can print with PEEK, PEEK-CF, PEKK, PC, PC-ABS and other high-performance materials. See the data from the following tests.

[Source: Victrex/INTAMSYS; Images courtesy of INTAMSYS]

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Programmable Filament: Multicolor & Multimaterial 3D Printing with No Hardware Upgrades - 3DPrint.com
09 Jan
Blog

Programmable Filament: Multicolor & Multimaterial 3D Printing with No {Hardware} Upgrades – 3DPrint.com

Most of us are still excited about the opportunity to toss aside the monochrome fused filament (FFF) manufacturing and explore the potential of multi-color, multi-material printing, which is usually found in high-end binder jet and inkjet printing. Technologies is reserved. While multi-color printing has been a more sophisticated and complex technology in the past, it often gives the user more options with additional hardware.

As always, accessibility and affordability allow new hardware, software, and materials to really take off. With this in mind, a research team from the Department of Computer Science and Engineering at Texas A&M University (also working with researchers from Japan) has developed an interactive system for 3D printing with multiple colors, multiple materials using a single printhead – and without Hardware updates necessary.

Programmable filament works with existing 3D printers and combines multiple filament segments into a single thread. The process begins by simply printing a new strand of filament, which is made up of various strands of filament that are already there. This new multi-colored, multi-material filament wire can then be used to print a multi-colored multi-material object. The technology is supposed to work with cheaper FDM 3D printers with a nozzle and is based on computer-aided analyzes and experiments, as described in “Programmable filaments: Printed filaments for 3D printing with multiple materials”.

Programmable Filament is a novel 3D printing technique that allows users to 3D print a multi-material object using an FDM printer without any hardware modifications. (Left to right) First, users generate a filament containing multiple materials to feed into the extruder and then print an object in 3D in color.

While many may remind you of the Palette technology with open source software released by Mosaic Manufacturing in 2018, the researchers here stated that they were inspired by DasMia, an Instructables user who innovates with a thin, wire-like filament:

“… We are expanding the concept of making a programmable filament that combines multiple segments of different materials into a single filament based on the user’s specifications (referred to as printed filament). We show that the printed filament can be used in the same way as a traditional filament, i.e. extruded through a standard nozzle, with no hardware changes. “

While DasMia has focused on making a pretty awesome looking rainbow filament, and Mosaic offers users a multitude of opportunities to innovate after upgrading their systems and relying on Canvas Hub for assistance, Programmable Filament aims to streamline and reduce previous double-print challenges over moving and mixing colors and materials between segments. They also aim to offer users more options, overriding some of the limiting factors of previous technologies and methods. This also reverses more common but less effective techniques that focus on post-processing with brushing and painting. By preprocessing the filament, the printer does the job of making multi-faceted items.

Printing a filament: (a) Printing starts with a color. (B) Printing stops after all segments have finished printing, so that the user can change the material. (cd) The 3D printer prints the remaining segments to avoid colliding with earlier segments. (e) then prints stitches to join adjacent segments.

When segments are joined together to form a filament, a long spiral is created. The authors claim this can be used just like standard 3D printing filaments. As a programmable filament, however, the material can be tailored to the required properties such as thickness, roundness and more. Users can change the print path accordingly and specify how much material is needed to print segments and how long the spiral is.

An exemplary printed filament and object printed with it: The layers of (a) and (b) are printed in the same segment length (200 mm), but appear with different numbers of layers.

While this process opens up new possibilities for users, the implications for the future of filaments are enormous, as on-demand materials can be created that can be programmed and customized in minute detail.

“In this future filament supply chain, customers and manufacturers can also work closely together to give manufacturers the opportunity to become aware of the emerging requirements in the manufacture of new materials for mass production,” explained the researchers.

This work was accepted for the ACM UIST 20 conference on October 20-23, 2020. You can find more information about the HCI (human-computer interaction) virtual event here.

[Source / Images: “Programmable Filament: Printed Filaments for Multi-material 3D Printing”]

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