Excelvan Professional Filament 3D Printing Materials Spool of 3D Filament ABS 1Kg/2.2lbs With Tolerances: +/-0.02mm NO Air Bubbles for RepRap MarkerBot MakerGear Ultimaker etc (3.00mm, Skin)

Description:

ABS is made out of oil-based resources and it has a much higher melting point than PLA plastic. It’s also stronger and harder. It is an economical plastic notable for its low degree of shrinkage and warping.

Diameter Tolerances
Cheap filament usually extruded at lighter tolerances and with materials of questionable origin. For 1.75mm and 3mm filament, the outer diameter should not exceed +/- 0.1mm, for example,+/-0.05mm is OK. Anything over these tolerances could jam the extruder of the nozzle’s inner chamber, which is machined to exacting tolerances. Additionally, the use of out of tolerance filament will cause over or under extrusion, which is the major cause of blobbing and voids in the finished print. This is because the slicing software used to prepare the style for printing calculates exactly how fast to extrude based on a constant filament size. Our filament quality is very good with tolerances: +/-0.02mm.

Air Bubbles
Moisture laden ABS will tend to bubble and spurt from the tip of the nozzle when printing; reducing the visual quality of the part, part accuracy, strength and introducing the risk of a stripping or clogging in the nozzle. Our ABS filaments DO NOT have air bubbles.

Package includes:
1. 1x 3D printer filament
2. 1x leather box

Note:
1: PLA/ABS dual color filaments net weight: 1KG/2.2lbs, gross weight: 3.08lbs.
2: Flexible and PVA filaments are only used for short-range feeding 3D printer.
3: PVA filament should be kept in sealed, and PVA filament is only used as a support material. So, PVA must be used in double nozzles.
4: Print speed should be controlled in the range of 20-40mm/s while using wood、flexible or PVA filaments in ceae of print failure.

Product Features

  • Compatible with all FDM 3D printer such as Makerbot, Mendel, Prusa, Huxley, BFB series, RepRap, Rapman, Solidoodle etc
  • Avaliable in both 1.75mm and 3.00mm diameter. Filament Diameter Tolerances: +/-0.02mm
  • Air Bubbles: Zero!
  • All the filaments should be placed in dry and ventilated environment to keep. And PVA filament should be kept in sealed
  • 19 Colors for choosing

Check Out Our Website For Details…

3D printing with E .coli to produce greener materials

Researchers Benjamin Lehner, Dominik Schmieden, and Anne S. Meyer from the Delft University of Technology (TU Delft) in the Netherlands, have co-authored a paper exploring an inexpensive method of 3D printing bacteria.

The research demonstrates great potential for producing a range of smart, sustainable, and naturally biodegradable materials that don’t produce toxic waste.

An added challenge: keeping materials alive

In their research, the TU Delft team from Department of Bionanoscience first produced a bioink by mixing E. coli strains into an alginate-based hydrogel.  The challenge was then to 3D print this on a commercial 3D printer – the one chosen for this study is CoLiDo DIY 3D printer, retailing at around $300.

The modified CoLiDo DIY Bacterial 3D printing system. Photos via Lehner, Schmieden & Meyer

The modified CoLiDo DIY bacterial 3D printing system. Photos via Lehner, Schmieden & Meyer

At the temperatures and stress of typical 3D printing, the E. coli ink would be destroyed. So, the researchers swapped out the extruder for a pipette to deposit the layers.

With this bacterial 3D printing system, the researchers then demonstrated consistent deposition of the bioink in the shape of a ring.

3D printed E. coli laden bioink. Photo via Lehner, Schmieden & Meyer

3D printed E. coli laden bioink. Photo via Lehner, Schmieden & Meyer

After 24 hours under constant light and incubation, the E. coli survived: confirming the efficacy of their system.

Graphical representation of surviving E. coli inside the 3D printed ring. Image via Lehner, Schmieden & Meyer

Graphical representation of surviving E. coli inside the 3D printed ring. Image via Lehner, Schmieden & Meyer

On the bacteria’s survival, the authors note,

Our printing technique is inexpensive, straight-forward, and can produce bacterial structures of a wide variety of three-dimensional shapes without requiring printing scaffolds, excepting structures that contain internal bridges or enclosed hollow spaces.

Our technology is well-suited for the use of wild-type organisms or synthetically modified bacteria, which could be designed to carry out new combinations of microbial reactions to create a great number of different types of materials.

E. coli – the key to future smart materials?

First discovered in 1885, E. coli is a pretty versatile and well-documented bacterium, making it ideal for experimental use. With a team of microbiologists at MIT, artist and researcher Neri Oxman used the bacteria to culture different colors in the Vespers series of 3D printed death masks.

E. coli is also used in synthetic biology at the US Army Research Laboratory (ARL) in Maryland, where researchers are harnessing bacteria’s powers to make microscopic devices to enhance the performance of soldiers.

Glowing bacteria is also being explored for its ability to reproduce the filters in LED screens, and has the potential to produce flexible devices.

A straightforward approach for 3D bacterial printing from TU Delft was published online at PubMed.gov on the 22nd February 2017.

To stay up to date with 3D printed biomaterial research, you can sign up to the 3D Printing Industry newsletter, and follow us on our social media channels.

Featured image shows the SEM picture of e coli from the National Institute of Allergy and Infectious Diseases (NIAID) on Flickr

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Polymer and Plastic 3D Printing Market Opportunities, Technologies, Materials and Revenue …

Opportunities Analysis and 10 Years Forecast for Polymer and Plastic 3D Printing Market is available in Polymer and Plastic 3D Printing Market Research Report at ReportsnReports.com store.

This press release was orginally distributed by SBWire

Pune, Maharashtra — (SBWIRE) — 02/20/2017 — Over the last two years, the polymer 3D printing industry has been in a state of tumultuousness marked by dozens of new competitors entering the market, partnerships for development of materials, and development of new print technologies. All of these and more have combined to create a whirlwind market that, in spite of so much activity and investment, has struggled to maintain its growth pace from 2012 through 2014 as customers have backed off purchasing in the traditional segments while adopting a ‘wait and see’ strategy. The demand for additive manufacturing in general has perhaps never been higher, but challenges associated with such rapid evolution in polymer and plastic 3D printing have suppressed growth in the face of historic interest in 3D printing at a professional level.

Read Full Report at http://www.reportsnreports.com/reports/865048-opportunities-in-polymer-and-plastic-3d-printing-2017-an-opportunity-analysis-and-ten-year-forecast.html

As the global chemical and polymer suppliers of the manufacturing world move into position to exert more influence over the increasingly integrated 3D printing industry, market change appears imminent. Meanwhile, the commercialization of disruptive new print technologies such as those from Carbon, HP, Rize, and more all ensure 2017 will be a pivotal year.

Opportunities in Polymer and Plastic 3D Printing – 2017 are the third generation of the world’s most comprehensive analysis of polymer 3D printing technology. In this new edition, market analysis is segmented by print technology market -as each major polymer print process settles into its own roles and established applications, our analysis has deepened to the specifics of each driving print technology and associated materials.

Utilizing purpose-built proprietary 3D printing market models, research is able to present detailed market forecast data on thermoplastic filaments, powders, photopolymers, composites, and more utilized in popular print technologies of material extrusion (FDM, FFF), polymer powder bed fusion (SLS, Multi Jet Fusion), photopolymerization (SLA, DLP, CLIP), binder jetting, and more.

All available materials for primary polymer print technologies are analyzed and forecasted, including market revenues as well as material shipments, by industry and geography, over the next decade. Opportunities in Polymer and Plastic 3D Printing – 2017 will provide exceptional value to business development professionals and internal market strategy teams for the global chemical and polymer industries, as well as polymer 3D printer manufacturers, print service providers, and developers of polymer 3D printing manufacturing solutions.

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Table of Contents

Chapter One: Review of Current Market Trends and Dynamics in Polymer 3D Printing

1.1 Segmenting the Polymer 3D Printing Market: Specialized Processes and Manufacturing Processes
1.2 Polymer 3D Printing Market in Period of Transition Through 2017
1.3 Analysis of Growth Drivers and Emerging Dynamics in Polymer Additive Manufacturing and 3D Printing
1.4 Major Adopters of Polymer 3D Printing Technology by Industry – Trends and Future Growth Drivers
1.5 2016 Market in Review – Setting the Stage for a Global Manufacturing Revolution?
1.6 Summary of Ten Year Forecasts for Polymer 3D Printing Materials

Chapter Two: Opportunities for Polymer 3D Printing Hardware and Materials in Material Extrusion Technology

2.1 Global Material Extrusion Market Metrics and Landscape
2.2 Characterizing the Material Extrusion Process
2.3 Influential Applications and Major Markets for Material Extrusion 3D Printing
2.4 Opportunities in Print Materials and Polymers in Material Extrusion
2.5 Major Players and Influencers in the Material Extrusion Segment – Materials and Hardware

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Chapter Three: Opportunities for Polymer 3D Printing Hardware and Materials in Powder Bed Fusion Technology

3.1 Global Powder Bed Fusion Market Metrics and Landscape
3.2 Characterizing Polymer Powder Bed Fusion Technology
3.3 Influential Applications and Major Markets for Powder Bed Fusion 3D Printing
3.4 Opportunities in Print Materials and Polymers in Powder Bed Fusion
3.5.1 Established Powder Bed Fusion Thermoplastics and Polymers
3.5.2 Emerging Opportunities in Thermoplastics and Polymers for Powder Bed Fusion
3.6 Major Players and Influencers in the Powder Bed Fusion Segment – Materials and Hardware

Chapter Four: Opportunities for Polymer 3D Printing Hardware and Materials in Photopolymerization and Material Jetting Technologies

4.1 Global Photopolymer 3D Printing Market Metrics and Landscape
4.1.1 Photopolymerization
4.1.2 Material Jetting
4.2 Photopolymerization Methods versus Material Jetting
4.3 Influential Applications and Major Markets for Photopolymer Based 3D Printing
4.5 Opportunities in Print Materials and Polymers in Photopolymer Printing
4.6 Major Players and Influencers in the Photopolymer 3D Printing Segment – Materials and Hardware

Chapter Five: Opportunities for Polymer 3D Printing Hardware and Materials in Other and Emerging Print Technologies

5.1 Binder Jetting with Polymers – Is Polymer Binder Jetting Viable for the Future?
5.2 Lamination Based Processes – New Life in 2017 through Composites Processing
5.3 Specialized and Emerging Polymer 3D Printing Processes – Bringing Further Potential Disruption

Chapter Six: Ten Year Market Forecasts for Polymer and Plastic 3D Printing

6.1 Methodologies and Assumptions
6.2 Presentation of Key Market Metrics
6.3 Material Extrusion Market Data
6.4 Polymer Powder Bed Fusion Market Data
6.5 Photopolymer 3D Printing Technology Market Data
6.6 Binder Jetting Market Data
6.7 Industry Market Data

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For more information on this press release visit: http://www.sbwire.com/press-releases/polymer-and-plastic-3d-printing-market-opportunities-technologies-materials-and-revenue-forecasts-2027-771775.htm